Akash rivet joint
•Download as PPTX, PDF•
9 likes•8,761 views
A rivet is a round rod used to join metal parts. It has a head on one end and a shank on the other. Common metals for rivets include steel, iron, copper and aluminum. Riveting involves placing a rivet through holes in parts to join and forming the shank end into a head. Riveted joints are permanent fastenings commonly used to join boiler plates, storage tanks, and structural elements like bridges. There are two main types of riveted joints: lap joints and butt joints.
Report
Share
Report
Share
Recommended
Mechanical fasteners
The document discusses various types of mechanical fasteners. It begins by defining fasteners and classifying them as detachable or non-detachable. Detachable fasteners are further divided into threaded and non-threaded types. Threaded fasteners can have external or internal threads. Common threaded fasteners are nuts and bolts, while rivets and press fits are examples of non-detachable fasteners. The document also covers thread nomenclature, types of threads and bolts, and methods of manufacturing and representing threads.
Unit 3 Temporary and Permanent Joints.pptx
This document discusses various types of temporary and permanent joints, including threaded fasteners, riveted joints, and welded joints. It provides details on different types of riveted joints, methods of riveting, types of threaded elements, and thread terminology. The document also covers topics such as bolted joints, failures in bolts, stresses on threaded fasteners, and problems involving eccentric loading conditions.
Fasteners & fastening
This document discusses different types of fasteners and fastening methods. It describes threaded fasteners like bolts, screws, and nuts. It defines screw thread terminology and profiles of common thread types. It explains characteristics of bolts and nuts like chamfering, washer facing, and counter-sinking. Methods for drawing hexagonal and square head bolts and nuts are also presented. The document provides details on different threaded fastener components and their uses to fasten and join parts in machines and structures.
Design of Springs
- The document discusses different types of springs including helical compression springs, helical extension springs, helical torsion springs, and multileaf springs.
- It describes the functions and applications of springs which include absorbing shocks and vibrations, storing energy, and measuring forces.
- Key terms related to helical spring design are defined such as wire diameter, mean coil diameter, spring index, solid length, compressed length, free length, and pitch. Stress and deflection equations for helical spring design are also presented.
Riveted joints
The document discusses riveted joints. It describes the different types of rivets and rivet heads. The key types of riveted joints are lap joints and butt joints. Important terms used in riveted joints are also defined, such as pitch and margin. Guidelines for the proportions of dimensions for riveted joints are provided. Examples of different double and single riveted lap and butt joints are shown.
Tool & Die 101 - What You Need to Know
Tool & Die is a tried and true industry. It can also be one of the most intimidating if you don’t know how it is used or when to use it. This presentation is designed to unlock some of the mysteries of Tool & Die and give you a better understanding of its uses. View this presentation and learn when and how to leverage Tool & Die in your company. Whether you have been around Tool & Die for years or you are just getting started, this presentation will enhance your knowledge and help you with upcoming decisions.
What you'll learn by viewing the webcast:
- Definition of Tool & Die
- Ways stamping dies are classified
- Operations that can be performed with stamping dies
- Different types of parts that can be made with stamping dies
- Determining precision of die produced parts
- Ways to implement Tool & Die into your organization
Jigs and Fixture
The document discusses jigs and fixtures, which are tools used to precisely locate and secure workpieces during manufacturing operations like machining. It defines jigs and fixtures, describes their key elements and principles of location and clamping. It also covers different types of locating and clamping devices as well as common types of jigs like drilling jigs. Jigs are used to guide cutting tools, while fixtures only position and hold the workpiece. Together, jigs and fixtures help improve accuracy, interchangeability and efficiency of mass production.
Riveted joints
This document discusses different types of riveted joints used in engineering. It describes various rivet head types and introduces common riveted joints like single and double lap joints with chain and zig-zag arrangements. Butt joints with single and double straps are also covered. The key parameters for riveted joints like pitch and spacing are defined. Different riveted joints are illustrated with diagrams.
Recommended
Mechanical fasteners
The document discusses various types of mechanical fasteners. It begins by defining fasteners and classifying them as detachable or non-detachable. Detachable fasteners are further divided into threaded and non-threaded types. Threaded fasteners can have external or internal threads. Common threaded fasteners are nuts and bolts, while rivets and press fits are examples of non-detachable fasteners. The document also covers thread nomenclature, types of threads and bolts, and methods of manufacturing and representing threads.
Unit 3 Temporary and Permanent Joints.pptx
This document discusses various types of temporary and permanent joints, including threaded fasteners, riveted joints, and welded joints. It provides details on different types of riveted joints, methods of riveting, types of threaded elements, and thread terminology. The document also covers topics such as bolted joints, failures in bolts, stresses on threaded fasteners, and problems involving eccentric loading conditions.
Fasteners & fastening
This document discusses different types of fasteners and fastening methods. It describes threaded fasteners like bolts, screws, and nuts. It defines screw thread terminology and profiles of common thread types. It explains characteristics of bolts and nuts like chamfering, washer facing, and counter-sinking. Methods for drawing hexagonal and square head bolts and nuts are also presented. The document provides details on different threaded fastener components and their uses to fasten and join parts in machines and structures.
Design of Springs
- The document discusses different types of springs including helical compression springs, helical extension springs, helical torsion springs, and multileaf springs.
- It describes the functions and applications of springs which include absorbing shocks and vibrations, storing energy, and measuring forces.
- Key terms related to helical spring design are defined such as wire diameter, mean coil diameter, spring index, solid length, compressed length, free length, and pitch. Stress and deflection equations for helical spring design are also presented.
Riveted joints
The document discusses riveted joints. It describes the different types of rivets and rivet heads. The key types of riveted joints are lap joints and butt joints. Important terms used in riveted joints are also defined, such as pitch and margin. Guidelines for the proportions of dimensions for riveted joints are provided. Examples of different double and single riveted lap and butt joints are shown.
Tool & Die 101 - What You Need to Know
Tool & Die is a tried and true industry. It can also be one of the most intimidating if you don’t know how it is used or when to use it. This presentation is designed to unlock some of the mysteries of Tool & Die and give you a better understanding of its uses. View this presentation and learn when and how to leverage Tool & Die in your company. Whether you have been around Tool & Die for years or you are just getting started, this presentation will enhance your knowledge and help you with upcoming decisions.
What you'll learn by viewing the webcast:
- Definition of Tool & Die
- Ways stamping dies are classified
- Operations that can be performed with stamping dies
- Different types of parts that can be made with stamping dies
- Determining precision of die produced parts
- Ways to implement Tool & Die into your organization
Jigs and Fixture
The document discusses jigs and fixtures, which are tools used to precisely locate and secure workpieces during manufacturing operations like machining. It defines jigs and fixtures, describes their key elements and principles of location and clamping. It also covers different types of locating and clamping devices as well as common types of jigs like drilling jigs. Jigs are used to guide cutting tools, while fixtures only position and hold the workpiece. Together, jigs and fixtures help improve accuracy, interchangeability and efficiency of mass production.
Riveted joints
This document discusses different types of riveted joints used in engineering. It describes various rivet head types and introduces common riveted joints like single and double lap joints with chain and zig-zag arrangements. Butt joints with single and double straps are also covered. The key parameters for riveted joints like pitch and spacing are defined. Different riveted joints are illustrated with diagrams.
Mechanical fasteners
fasteners types....A nut is a type of hardware fasteners with a threaded hole.
Nuts are almost always used opposite a mating bolt to fasten a
stack of parts together.
The two partners are kept together by a combination of their
threads' friction, a slight stretch of the bolt, and compression
of the parts.
A washer is a thin plate typically disk-shaped with a hole that
is normally used to distribute the load of a threaded fastener.
THREAD TERMINOLOGY
EXTERNAL THREAD
-BOLT & SCREW
INTERNAL THREAD-NUTS,THREADED HOLE
THREAD TERMINOLOGY
RIGHT HAND THREAD
LEFT HAND THREAD
Metal forming processes
Metal forming processes are used to shape metals into useful products. Rolling is the most common forming process and accounts for around 90% of metal forming. It involves passing metal between rolls to reduce thickness or change cross-section. Forging uses dies and compression to shape hot or cold metal. Extrusion forces heated metal through a die to create shapes like rods, tubes and structural sections. Drawing pulls metal through a die to make wires, rods and tubes from both hot and cold workpieces. Deep drawing specifically makes cylindrical parts like cups from sheet metal.
WELDING PROCESS
This document provides an overview of welding processes and their principles. It discusses arc welding processes including metallic arc welding, carbon arc welding, and flux shielded metal arc welding. It describes gas welding processes and classifications of welding processes. Key applications of welding are listed across various industries like aircraft construction, automobile construction, bridges, buildings, and more. Advantages and limitations of welding are also summarized.
Limits,fits and tolerances
This document discusses tolerances and limits in engineering. It explains that components are made within tolerances due to manufacturing variability. There is an acceptable tolerance zone between the upper and lower limits for a component's dimensions. Various types of fits between parts are classified based on the overlap of their tolerance zones, including clearance fits, transition fits, and interference fits. International tolerance grades define standard tolerance zones using numerical designations.
Workshop practise
The document provides an overview of workshop practice courses taught in engineering programs. It discusses the objectives of workshop practice which are to provide hands-on experience with engineering materials, tools, equipment and manufacturing processes. It then summarizes the key trades covered in workshop practice, which include carpentry, fitting, plumbing, electrical works, sheet metal work, and welding. For each trade, it outlines the typical curriculum, tools used, and safe work practices. The goal of workshop practice is to integrate theoretical knowledge with practical skills needed for engineering product development and manufacturing.
Welded joints
The document discusses welding processes and welded joints. It describes various welding techniques like gas welding, electric arc welding, and thermit welding. It defines butt and fillet welded joints and provides equations to calculate stresses in different welded joint configurations under tension, torsion, and bending loads. Examples are presented to determine weld lengths required to carry given loads based on allowable stresses in welds.
Pressure control valves
This document discusses different types of hydraulic pressure control valves. It describes pressure relief valves, pilot operated relief valves, sequence control valves, and other types. Pressure relief valves limit pressure by diverting fluid to the reservoir when pressure reaches a set point. Pilot operated relief valves use a piston or spool controlled by a pilot valve. Sequence valves provide flow to a second actuator after the first reaches a threshold pressure. The document also provides examples of applications for different valve types.
Part 1: Shaper Planer & Slotter machine
This document discusses various types of machine tools used to machine flat surfaces, including shapers, planers, slotters, and punchers. It describes shapers as reciprocating tools that use single-point cutting to produce horizontal, vertical or inclined flat surfaces. Planers are similar but larger and more powerful, used for heavier jobs. Slotters are used to machine slots, keyways and grooves. The document provides details on the types, specifications and uses of each machine tool.
Riveted joints
This document summarizes riveted joints, including their applications, components, types, and failure modes. Riveted joints are used to connect parts in pressure vessels, bridges, ships, airplanes, cranes, and buildings. A rivet consists of a head and shank. When forming a joint, rivets are inserted through holes in plates and the protruding end is hammered to form a second head. Common rivet materials include steel, nickel steel, brass, and aluminum. Key types of riveted joints are lap joints and butt joints. Failure can occur via bending of rivets or plates, shearing of rivets, crushing of rivets or plates, or rupture of
Oldham coupling
This document discusses Oldham couplings, which are used to transmit power between two parallel but non-collinear shafts. It describes how Oldham couplings work using three discs with interlocking tongues and grooves to allow for some misalignment of the shafts while preventing relative rotation. Advantages include low inertia, stiffness, ease of installation in tight spaces. Disadvantages include smaller angular misalignment range and lower torque capacity compared to other coupling types. Oldham couplings see common use in robotics, printers, and other applications requiring electrical insulation between shafts.
Lathe machine ppt
This document provides information about mechanical engineering and the centre lathe. It discusses the main parts and functions of the lathe, including the headstock, bed, carriage, cross-slide, apron, tailstock, tool post, and quick-change gearbox. It also covers lathe safety, types of lathes, cutting speeds, lathe accessories such as centers, chucks, faceplates, and work holding methods. The objectives are to identify lathe parts and their purposes, discuss safety procedures, calculate cutting speeds, and describe various lathe accessories.
Fasteners po 2
The document discusses various types of fasteners used in automotive applications. It covers English and metric bolt sizing standards including diameter, thread pitch, length and grade. It also covers nuts, washers, screws, rivets and other fastener types. Recommended torque specifications are provided for different bolt grades. Methods for removing broken bolts, thread repair, and types of thread locking compounds are also summarized.
Milling Fixture
The document discusses milling fixtures and their components. Milling fixtures securely hold workpieces for milling operations. They have locating elements to precisely position workpieces and clamping elements to securely hold them against cutting forces. Key components of milling fixtures include a base, tenons to locate the fixture on the machine table, setting blocks to position cutters, and clamps or vices to hold workpieces in place. Different types of milling fixtures are used for operations like face milling or gang milling and can have mechanical, hydraulic or pneumatic clamping systems.
Tolerances and allowances
This document discusses tolerances, allowances, and fits between parts. It defines tolerance as the permissible variation in a dimension, given as the difference between maximum and minimum limits. Tolerances are necessary due to variations in materials and machines. The document provides examples of shaft and hole tolerances of 0.001 inches each, resulting in a clearance of 0.004 inches maximum. Allowance is defined as the intentional difference between the lower hole limit and higher shaft limit, ensuring the proper fit. The key difference between tolerance and allowance is that tolerance refers to variation within a single part, while allowance refers to the relationship between mating parts.
Bearing
This document discusses bearings and their functions. It describes how bearings support rotating shafts and reduce friction to allow for smooth rotation. There are two main types of bearings - plain/slider bearings which have a large contact area and high friction, and rolling/ball bearings which have less contact area and lower rolling friction. Ball and roller bearings are further described as having races, balls/rollers, and a cage that separates the balls to reduce friction. Common ball and roller bearing types and their applications are also outlined.
Lathe Introduction
The document discusses different types of lathes used to shape metal parts including engine lathes, bench lathes, tracer lathes, automatic lathes, turret lathes, and computer controlled lathes. It also describes common lathe operations like turning, facing, boring, drilling, threading, and knurling. Methods for securely holding workpieces like chucks, collets, and magnetic chucks are presented. Finally, it provides examples of simple calculations for determining spindle speed for a given cutting speed and feed rate and calculating the angle to swivel the compound rest to cut a taper.
Pneumatic systems
This document discusses low cost automation using pneumatic systems. It begins with an overview of automation and pneumatics, explaining that pneumatics can provide low cost automation solutions through reducing labor costs, machine investment costs, and increasing productivity. The document then covers various pneumatic components and applications, advantages and disadvantages of pneumatics, pneumatic standards, classifications of pneumatic elements, and examples of pneumatic circuits.
Design of springs
The document discusses the design of helical springs. It defines what springs are and their objectives, such as cushioning shocks. It describes common spring materials like music wire and different types of springs like cylindrical helical and leaf springs. The document covers stress analysis and deflection analysis of helical compression springs. It provides the basic design procedure for determining spring dimensions given inputs like load and deflection.
Gate valve working and function of the parts
A gate valve uses a wedge-shaped gate that allows fluid flow when lifted off its seat. Gate valves have less resistance to flow than globe valves and should always be fully open or closed. There are two main types - parallel gate valves which use a flat disc between parallel seats for low pressures, and wedge-shaped valves which use inclined seats and gate for tight shut-off. Gate valves are commonly used in air, fuel gas, feedwater, steam, and other piping systems due to their good shut-off characteristics, bi-directionality, and minimal pressure loss through the valve. However, they are not quick opening/closing and require more space than other valves.
Bearings, their types and application
Bearing, types of loads on bearings (Radial and Thrust), types of bearings, Ball Bearing, Roller Bearing, Ball Thrust Bearing, Roller Thrust Bearing, Tapered Roller Bearing, Specialized Bearings (Magnetic & Giant Bearings)
Lecture Riveted Joints by molvie imran.pptx
This document provides an overview of rivets and riveted joints. It discusses the types of rivets used in construction, their materials, and essential properties. It describes the methods of riveting and classifications of rivet heads and riveted joints. Key terminology used in riveted joints is defined. The document also discusses caulking and fullering operations, common failure modes of riveted joints, and equations to determine the strength of riveted joints. The overall purpose is to introduce the topic of rivets and riveted joints for mechanical engineering applications.
DESIGN OF RIVETED JOINTS.pptx
- The document discusses the design of riveted joints, including the materials, manufacturing processes, and types of rivets and riveted joints used.
- It provides details on the essential qualities, failures, strength, and efficiency of riveted joints. Specific guidelines are given for the design of boiler joints, including assumptions made and determining the thickness, diameter of rivets, pitch, number of rows, and overlap for longitudinal butt joints and circumferential lap joints.
More Related Content
What's hot
Mechanical fasteners
fasteners types....A nut is a type of hardware fasteners with a threaded hole.
Nuts are almost always used opposite a mating bolt to fasten a
stack of parts together.
The two partners are kept together by a combination of their
threads' friction, a slight stretch of the bolt, and compression
of the parts.
A washer is a thin plate typically disk-shaped with a hole that
is normally used to distribute the load of a threaded fastener.
THREAD TERMINOLOGY
EXTERNAL THREAD
-BOLT & SCREW
INTERNAL THREAD-NUTS,THREADED HOLE
THREAD TERMINOLOGY
RIGHT HAND THREAD
LEFT HAND THREAD
Metal forming processes
Metal forming processes are used to shape metals into useful products. Rolling is the most common forming process and accounts for around 90% of metal forming. It involves passing metal between rolls to reduce thickness or change cross-section. Forging uses dies and compression to shape hot or cold metal. Extrusion forces heated metal through a die to create shapes like rods, tubes and structural sections. Drawing pulls metal through a die to make wires, rods and tubes from both hot and cold workpieces. Deep drawing specifically makes cylindrical parts like cups from sheet metal.
WELDING PROCESS
This document provides an overview of welding processes and their principles. It discusses arc welding processes including metallic arc welding, carbon arc welding, and flux shielded metal arc welding. It describes gas welding processes and classifications of welding processes. Key applications of welding are listed across various industries like aircraft construction, automobile construction, bridges, buildings, and more. Advantages and limitations of welding are also summarized.
Limits,fits and tolerances
This document discusses tolerances and limits in engineering. It explains that components are made within tolerances due to manufacturing variability. There is an acceptable tolerance zone between the upper and lower limits for a component's dimensions. Various types of fits between parts are classified based on the overlap of their tolerance zones, including clearance fits, transition fits, and interference fits. International tolerance grades define standard tolerance zones using numerical designations.
Workshop practise
The document provides an overview of workshop practice courses taught in engineering programs. It discusses the objectives of workshop practice which are to provide hands-on experience with engineering materials, tools, equipment and manufacturing processes. It then summarizes the key trades covered in workshop practice, which include carpentry, fitting, plumbing, electrical works, sheet metal work, and welding. For each trade, it outlines the typical curriculum, tools used, and safe work practices. The goal of workshop practice is to integrate theoretical knowledge with practical skills needed for engineering product development and manufacturing.
Welded joints
The document discusses welding processes and welded joints. It describes various welding techniques like gas welding, electric arc welding, and thermit welding. It defines butt and fillet welded joints and provides equations to calculate stresses in different welded joint configurations under tension, torsion, and bending loads. Examples are presented to determine weld lengths required to carry given loads based on allowable stresses in welds.
Pressure control valves
This document discusses different types of hydraulic pressure control valves. It describes pressure relief valves, pilot operated relief valves, sequence control valves, and other types. Pressure relief valves limit pressure by diverting fluid to the reservoir when pressure reaches a set point. Pilot operated relief valves use a piston or spool controlled by a pilot valve. Sequence valves provide flow to a second actuator after the first reaches a threshold pressure. The document also provides examples of applications for different valve types.
Part 1: Shaper Planer & Slotter machine
This document discusses various types of machine tools used to machine flat surfaces, including shapers, planers, slotters, and punchers. It describes shapers as reciprocating tools that use single-point cutting to produce horizontal, vertical or inclined flat surfaces. Planers are similar but larger and more powerful, used for heavier jobs. Slotters are used to machine slots, keyways and grooves. The document provides details on the types, specifications and uses of each machine tool.
Riveted joints
This document summarizes riveted joints, including their applications, components, types, and failure modes. Riveted joints are used to connect parts in pressure vessels, bridges, ships, airplanes, cranes, and buildings. A rivet consists of a head and shank. When forming a joint, rivets are inserted through holes in plates and the protruding end is hammered to form a second head. Common rivet materials include steel, nickel steel, brass, and aluminum. Key types of riveted joints are lap joints and butt joints. Failure can occur via bending of rivets or plates, shearing of rivets, crushing of rivets or plates, or rupture of
Oldham coupling
This document discusses Oldham couplings, which are used to transmit power between two parallel but non-collinear shafts. It describes how Oldham couplings work using three discs with interlocking tongues and grooves to allow for some misalignment of the shafts while preventing relative rotation. Advantages include low inertia, stiffness, ease of installation in tight spaces. Disadvantages include smaller angular misalignment range and lower torque capacity compared to other coupling types. Oldham couplings see common use in robotics, printers, and other applications requiring electrical insulation between shafts.
Lathe machine ppt
This document provides information about mechanical engineering and the centre lathe. It discusses the main parts and functions of the lathe, including the headstock, bed, carriage, cross-slide, apron, tailstock, tool post, and quick-change gearbox. It also covers lathe safety, types of lathes, cutting speeds, lathe accessories such as centers, chucks, faceplates, and work holding methods. The objectives are to identify lathe parts and their purposes, discuss safety procedures, calculate cutting speeds, and describe various lathe accessories.
Fasteners po 2
The document discusses various types of fasteners used in automotive applications. It covers English and metric bolt sizing standards including diameter, thread pitch, length and grade. It also covers nuts, washers, screws, rivets and other fastener types. Recommended torque specifications are provided for different bolt grades. Methods for removing broken bolts, thread repair, and types of thread locking compounds are also summarized.
Milling Fixture
The document discusses milling fixtures and their components. Milling fixtures securely hold workpieces for milling operations. They have locating elements to precisely position workpieces and clamping elements to securely hold them against cutting forces. Key components of milling fixtures include a base, tenons to locate the fixture on the machine table, setting blocks to position cutters, and clamps or vices to hold workpieces in place. Different types of milling fixtures are used for operations like face milling or gang milling and can have mechanical, hydraulic or pneumatic clamping systems.
Tolerances and allowances
This document discusses tolerances, allowances, and fits between parts. It defines tolerance as the permissible variation in a dimension, given as the difference between maximum and minimum limits. Tolerances are necessary due to variations in materials and machines. The document provides examples of shaft and hole tolerances of 0.001 inches each, resulting in a clearance of 0.004 inches maximum. Allowance is defined as the intentional difference between the lower hole limit and higher shaft limit, ensuring the proper fit. The key difference between tolerance and allowance is that tolerance refers to variation within a single part, while allowance refers to the relationship between mating parts.
Bearing
This document discusses bearings and their functions. It describes how bearings support rotating shafts and reduce friction to allow for smooth rotation. There are two main types of bearings - plain/slider bearings which have a large contact area and high friction, and rolling/ball bearings which have less contact area and lower rolling friction. Ball and roller bearings are further described as having races, balls/rollers, and a cage that separates the balls to reduce friction. Common ball and roller bearing types and their applications are also outlined.
Lathe Introduction
The document discusses different types of lathes used to shape metal parts including engine lathes, bench lathes, tracer lathes, automatic lathes, turret lathes, and computer controlled lathes. It also describes common lathe operations like turning, facing, boring, drilling, threading, and knurling. Methods for securely holding workpieces like chucks, collets, and magnetic chucks are presented. Finally, it provides examples of simple calculations for determining spindle speed for a given cutting speed and feed rate and calculating the angle to swivel the compound rest to cut a taper.
Pneumatic systems
This document discusses low cost automation using pneumatic systems. It begins with an overview of automation and pneumatics, explaining that pneumatics can provide low cost automation solutions through reducing labor costs, machine investment costs, and increasing productivity. The document then covers various pneumatic components and applications, advantages and disadvantages of pneumatics, pneumatic standards, classifications of pneumatic elements, and examples of pneumatic circuits.
Design of springs
The document discusses the design of helical springs. It defines what springs are and their objectives, such as cushioning shocks. It describes common spring materials like music wire and different types of springs like cylindrical helical and leaf springs. The document covers stress analysis and deflection analysis of helical compression springs. It provides the basic design procedure for determining spring dimensions given inputs like load and deflection.
Gate valve working and function of the parts
A gate valve uses a wedge-shaped gate that allows fluid flow when lifted off its seat. Gate valves have less resistance to flow than globe valves and should always be fully open or closed. There are two main types - parallel gate valves which use a flat disc between parallel seats for low pressures, and wedge-shaped valves which use inclined seats and gate for tight shut-off. Gate valves are commonly used in air, fuel gas, feedwater, steam, and other piping systems due to their good shut-off characteristics, bi-directionality, and minimal pressure loss through the valve. However, they are not quick opening/closing and require more space than other valves.
Bearings, their types and application
Bearing, types of loads on bearings (Radial and Thrust), types of bearings, Ball Bearing, Roller Bearing, Ball Thrust Bearing, Roller Thrust Bearing, Tapered Roller Bearing, Specialized Bearings (Magnetic & Giant Bearings)
What's hot (20)
Similar to Akash rivet joint
Lecture Riveted Joints by molvie imran.pptx
This document provides an overview of rivets and riveted joints. It discusses the types of rivets used in construction, their materials, and essential properties. It describes the methods of riveting and classifications of rivet heads and riveted joints. Key terminology used in riveted joints is defined. The document also discusses caulking and fullering operations, common failure modes of riveted joints, and equations to determine the strength of riveted joints. The overall purpose is to introduce the topic of rivets and riveted joints for mechanical engineering applications.
DESIGN OF RIVETED JOINTS.pptx
- The document discusses the design of riveted joints, including the materials, manufacturing processes, and types of rivets and riveted joints used.
- It provides details on the essential qualities, failures, strength, and efficiency of riveted joints. Specific guidelines are given for the design of boiler joints, including assumptions made and determining the thickness, diameter of rivets, pitch, number of rows, and overlap for longitudinal butt joints and circumferential lap joints.
Riveted joints 200708
Complied topic "Riveted joints" by Machine design Book, Hope My piece of work will be helpful to students Mechanical Engineering.
Connections in steel structures
This presentation is on design of welded and riveted connections in steel structures. in this presentation we learn briefly about these connections and design terminology about these connections.
Welding Distortion Control.ppt
This document discusses various types of welding distortion including longitudinal, transverse, and angular distortion. It provides examples of how distortion occurs in butt welds, fillet welds, and T-joints due to restraint of expansion and contraction during the welding process. Methods to control and reduce distortion are covered, such as preheating, using proper joint design and welding sequence, and temporarily clamping components in a way that balances shrinkage forces. The importance of minimizing restraint and heat input is emphasized for limiting distortion in welded structures.
Riveted joints
This document discusses riveted joints, which are used to join metal plates. It describes the different types of rivet heads, riveted joint configurations like lap joints and butt joints, and how rivets are installed through heating and hammering. The document also discusses factors that determine the strength of riveted joints like the tearing resistance of plates, shearing resistance of rivets, and crushing resistance of plates and rivets. It explains how riveted joints can fail through tearing of plates, shearing of rivets, or crushing of plates/rivets. The efficiency of riveted joints is defined as the ratio of the joint's strength to the strength of an unriveted solid
Design of machine members notes part i
This document discusses the design of riveted and bolted joints. It covers types of riveted joints like lap and butt joints, as well as rivet materials, heads, and methods of riveting. Key terms used in riveted joint design are defined, including pitch, back pitch, and margin. The document also addresses failures of riveted joints such as plate tearing, rivet shearing, crushing, and edge tearing. Design for bolted joints includes screw thread forms, stresses in fasteners, and pre-stressed and eccentrically loaded bolted joint design.
Rivet joints, methods of riveting, types
This document discusses rivets, rivet joints, and riveting methods. It describes rivets as short cylindrical rods with a head and tapered tail used to fasten metal parts. There are two main types of rivet joints: lap joints, where one plate overlaps the other; and butt joints, where plates are aligned with a cover plate. Rivets are typically made of steel, aluminum, or other metals. Riveting can be done cold or hot, by hand or machine. The riveting process involves placing rivets through drilled or punched holes and forming the rivet ends to secure the plates tightly together. Rivet joints are commonly used in shipbuilding, aircraft construction,
Pushkar singh new steel structure
The document discusses steel structures and structural drafting. It covers various topics related to steel including properties, structural joints, technical terms, and design elements. Specific sections are dedicated to steel columns, plate girders, purposes and uses of steel, advantages and disadvantages of steel structures, steel structure drawings, working drawings, fabrication, and roof systems of steel trusses. The document provides information needed for structural drafting and elementary structural design.
Connections
This document discusses riveted connections and their design. It covers the different types of riveted joints like lap joints and butt joints. It provides specifications for riveted connections like the gross diameter of rivets, gauge, pitch and edge distance. It also discusses the types of failures in riveted connections and how to calculate the strength of riveted joints based on the strength of rivets in shear and bearing and the strength of plates in tension. The efficiency of riveted joints is defined. Examples of calculating rivet values are also provided.
Manufacturing processes presentation
This document discusses various manufacturing processes and techniques. It begins by outlining metal cutting theory and traditional machining processes like turning, drilling, and milling. It then covers non-traditional processes such as ultrasonic machining and electrochemical machining. Further sections discuss welding and casting techniques, tolerances and fits, and metal forming processes like rolling, forging, drawing, and hydroforming. The document provides examples, equations, and multiple choice questions related to these manufacturing topics.
3 Welded joints
This document discusses welded joints, including the different types of welding processes, welded joint configurations, stresses in welded joints, and examples of analyzing welded joint strength. It describes the advantages and disadvantages of welded connections compared to riveted joints. Key welding processes covered are gas welding, electric arc welding, and thermit welding. Butt and fillet welded joints are explained in detail, including equations to calculate joint strength based on weld size, length, and allowable stresses. Special cases like unsymmetrical welded sections under axial loads and circular fillet welds under torsion or bending are also addressed. Worked examples are provided to demonstrate calculating joint strength.
Design of Welded Joint
The document discusses the design of welded joints. It begins by defining a welded joint as a permanent fusion of two parts achieved through heating and optionally applying pressure and a filler material. Welding provides advantages over riveted joints like lighter weight and greater efficiency. Various welding processes are described including gas, electric arc, thermit and forge welding. Common welded joint types like lap, butt, corner and T-joints are also outlined. The document then examines the strength calculations for transverse and parallel fillet welds as well as butt joints. It concludes by discussing stresses in eccentrically loaded and unsymmetrical welded sections.
0.Unit 3.pptx
The document discusses various sheet metal processes including shearing, punching, blanking, bending, drawing, spinning, and forming. It provides details on each process such as the basic setup, how it works, applications, advantages, and equations to calculate forces required. Key points covered include how shearing produces rough cut edges, the importance of proper clearance in punching, the stages of deep drawing including thinning, and how spinning can form axisymmetric shapes through localized deformation.
Div_Syd_detailing_of_reinforcement_in_concrete_structures.pdf
The document discusses guidelines for detailing reinforcement in concrete structures. It begins by defining detailing as the preparation of working drawings showing the size and location of reinforcement. Good detailing ensures reinforcement and concrete interact efficiently. The document then discusses sources of tension in concrete structures from various loading conditions like bending, shear, and connections. It provides equations from AS3600-2009 for calculating minimum development lengths for reinforcing bars to develop their yield strength based on bar size, concrete strength, and transverse reinforcement. It also discusses lap splice requirements. In summary, the document provides best practice guidelines for detailing reinforcement to efficiently resist loads and control cracking in concrete structures.
Revitedjoints 130105160529-phpapp01
This document summarizes riveted joints, including their applications, components, types, and failure modes. Riveted joints are used to connect parts in pressure vessels, bridges, ships, airplanes, cranes, and buildings. A rivet consists of a head and shank. When forming a joint, rivets are inserted through holes in plates and the protruding end is hammered to form a second head. Common rivet materials include steel, nickel steel, brass, and aluminum. Key types of riveted joints are lap joints and butt joints. Failure can occur via bending of rivets or plates, shearing of rivets, crushing of rivets or plates, or rupture of
4.main content final copy edited (2)
1. The document discusses various engineering drawing codes, symbols, and standards including abbreviations, IS codes, and presentation rules.
2. Welding symbols and their components like arrow lines, reference lines, weld size, finish symbols, and unwelded lengths are defined. Riveted joint types and rivet head forms are also covered.
3. Screw thread terms such as crest, root, pitch, and types including V-thread, square thread, and metric threads are explained. Keys, fasteners, and threaded components like bolts, nuts, and taps are also discussed.
Fmd riveted joints
This document provides information about riveted joints, including definitions of common riveted joint types like lap joints and butt joints. It describes important terminology used in riveted joints like pitch, back pitch, and margin. Potential failure modes of riveted joints like tearing of plates, shearing of rivets, and crushing are explained. The document also discusses the efficiency of riveted joints and provides steps for designing longitudinal butt joints for boilers according to Indian Boiler Regulations, including how to determine rivet diameter, pitch, row spacing, and strap thickness. Eccentrically loaded riveted joints are also addressed.
ppt-1.Unit -III Design of Cotter joint-12222.pptx
Cotter joints are used to connect circular rods subjected to tensile or compressive stress. A cotter joint uses a tapered wedge-shaped cotter pin inserted through holes in the rods. Cotter joints are not suitable for rotating members. Design considerations for cotter joints include the diameter and thickness of the rods, diameter and thickness of sockets and collars, width and length of the cotter, and clearances. Cotter joints can fail due to tension failure of rods or sockets, shearing of the cotter pin, or crushing of parts against each other. The document provides examples of designing cotter joints to withstand specific tensile loads and varying compressive/tensile loads.
Design of.pptx
The document discusses the design of power screws. Power screws convert rotary motion into linear motion and are used in applications like lathes, screw jacks, presses, and vices. There are several types of thread profiles used in power screws including square, acme, trapezoidal, and buttress threads. Square threads provide maximum efficiency but are weaker. Acme threads are stronger and allow for split nuts. The document provides formulas to calculate the torque required to raise or lower a load using a power screw based on factors like thread angle, friction angle, and load weight. It also discusses design considerations for parts of a screw jack like the screw, nut, nut collar, screw head, and handle.
Similar to Akash rivet joint (20)
Div_Syd_detailing_of_reinforcement_in_concrete_structures.pdf
Div_Syd_detailing_of_reinforcement_in_concrete_structures.pdf
More from Akash Sood
Projection of planes 041
The document describes how to incline a plane and its edge from an initial parallel position. It assumes the plane is initially parallel to a principal plane and the edge is perpendicular to that plane. The steps are to first incline the plane and then incline the edge.
Projection of planes 038
The document provides instructions for drawing two projections of a circle resting on a horizontal plane (HP) that is inclined at 45 degrees to the HP.
In the first problem (12.8a), the top view shows the diameter AB making a 30 degree angle with the vertical plane (VP). In the second problem (12.8b), the true length (TL) of the diameter AB makes a 30 degree angle with the VP.
The only difference between the two problems is in the third step, where problem 12.8a shows the inclination of the true view (TV) of AB, while 12.8b shows the angle of the true length (TL) of AB itself.
Projection of planes 033
A thin circular plate with a diameter of 70 mm is resting on its circumference. The plate is inclined at 60° to the horizontal plane and 30° to the vertical plane. Draw the front and side views of the inclined circular plate.
Projection of planes 027
A square with a 50 mm side has its corner A in the horizontal plane. Its diagonal AC is inclined at 30 degrees to the horizontal plane. The diagonal BD is inclined at 45 degrees to the vertical plane and parallel to the horizontal plane. The projections of the square are drawn with diagonal AC parallel to the horizontal plane and inclined at 30 degrees in the front view. Diagonal BD is inclined at 45 degrees to the vertical plane in both the front and top views.
Projection of planes 023
A circular plate with a diameter of 60mm is inclined at 60 degrees to the horizontal plane. The top view is a circle, the front view shows the circle intersected by the inclined surface, and the side view shows the circular edge of the plate.
Projection of planes 010
This document provides instructions for drawing the projections of a circle resting on its diameter, where:
1. The diameter AC is inclined 300 to the horizontal plane.
2. The true view of the circle makes a 450 angle to the vertical plane.
3. To draw the projections, begin with the top view where the diameter will appear as a rhombus, taking the longer diagonal parallel to the XY line. Then complete the front view based on the angles given.
Projection of planes 009
The document describes how to solve two problems involving drawing the projections of a rhombus.
1. Problem 6 gives the inclination of one diagonal to the horizontal plane (HP) and the true view (TV) of the same diagonal. The TV is drawn first showing the rhombus below the X-Y line with the longer diagonal parallel to it.
2. Problem 7 gives the inclinations of the longer diagonal to both HP and vertical plane (VP). The true length (TL) of the diagonal is drawn using its inclination to HP, and the locus is used to mark the TV.
3. The key difference is that in Problem 6 the TV is given directly, while in Problem 7 the
Projection of planes 008
A 30 mm regular pentagon rests on a horizontal plane (HP) with one side on the HP and the opposite vertex 30 mm above the HP. To draw the projections:
1) Draw the top view (TV) with any side of the pentagon vertical.
2) Draw the front view (FV) below the TV, making one side of the pentagon 30 mm above the HP to represent the given positioning.
3) The side inclination is directly given as 300, while the surface inclination is indirectly given by the positioning description.
Projection of planes 006
1. The surface of a 300-600 mm long set square is inclined 450 to the vertical plane (VP).
2. One end is 10 mm above the horizontal plane (HP) and the other end is 35 mm above the HP.
3. The longest side of the set square will be drawn vertically in the front view, with one end at 10 mm and the other at 35 mm above the HP, to show the true shape inclined 450 to the VP.
Projection of planes 003
The document outlines a 3-step procedure for solving problems involving inclined planes and surfaces:
1) Draw the front and top views assuming the surface is parallel to the reference plane.
2) Draw second front and top views considering the surface's true inclination.
3) Draw final front and top views accounting for any side/edge inclinations.
Initial positions should assume surfaces parallel to either the horizontal or vertical plane.
References to previous illustrations provide examples of applying each step.
Projection of planes 004
1. The rectangle is resting on its horizontal plane (HP) on one small side that makes a 300 inclination to the vertical plane (VP).
2. The surface of the plane makes a 450 inclination to the HP.
3. In the front view, the true shape of the rectangle will be shown since the surface is inclined to the HP. The side making a 300 inclination to the VP will be vertical in the front view.
Projection of planes 002
The document describes three orientations of a rectangle:
1) With a surface parallel to the horizontal plane, shown in a pictorial presentation and orthographic front view with the true shape.
2) With a surface inclined to the horizontal plane, shown in a pictorial presentation and orthographic front view inclined to the XY plane with a reduced shape.
3) With one small side inclined to the vertical plane, shown in a pictorial presentation and orthographic front view with the previous shape apparent.
Projection of planes 001
The document discusses projecting plane figures and describes what is typically asked and given in projection problems. Problems usually ask for the front, top, and side views (F.V, T.V., and S.V.) of a plane figure. The problems provide a description of the plane figure as well as its position relative to the horizontal and vertical planes through either the surface's inclination to a reference plane or an edge's inclination to the other reference plane.
Projection of planes 007
1) A regular pentagon with 30 mm sides rests on the horizontal plane (HP) with one side making a 45 degree angle to the HP.
2) The problem asks to draw the projections of the pentagon when that side makes a 30 degree angle to the vertical plane (VP).
3) Since the side and surface inclinations are given, the top view (TV) should be drawn first with one side vertical below the XY line.
Projection of planes 039
This document outlines 6 problems related to projecting planes in 3D space. Problem 1 deals with a plane where the surface is inclined to the horizontal plane and the edge is inclined to the vertical plane. Problems 2-4 vary the inclinations of the surface and edge to the horizontal and vertical planes. Problem 5 involves a surface perpendicular to the profile plane and inclined to both the horizontal and vertical planes. Problem 6 addresses the edge of a plane being inclined to both the horizontal and vertical planes.
Projection of planes 037
The document provides instructions to draw a rhombus with diagonals measuring 100mm and 60mm, with the longer diagonal horizontal. It states that the rhombus is the top view of a square with 100mm diagonals. It then instructs the reader to draw the front view of the square.
Projection of planes 035
An equilateral triangle with 75 mm sides has a circle inscribed within it. Projections of the figure are drawn with the plane vertical and inclined at 30 degrees, with one side of the triangle at 45 degrees to the horizontal plane.
Projection of planes 034
A regular hexagonal plate with a 40 mm diameter hole at its center is drawn. The projections of the plate are shown when the surface is vertical and inclined at 30 degrees to the view plane. Key views include a top view, front view, and inclined view showing the hexagonal shape and centered circular hole from different angles.
Projection of planes 032
The document provides instructions to draw a rhombus with diagonals of 125 mm and 50 mm, where the smaller 50 mm diagonal is parallel to both principal planes and the larger 125 mm diagonal is inclined at 30 degrees to the horizontal plane. To do this, the steps are to keep one side parallel to the horizontal plane and perpendicular to the vertical plane, and to incline the opposite side 30 degrees to the horizontal plane, making the other two sides parallel to the coordinate planes.
Projection of planes 030
The document provides instructions for drawing the top view of a circular plate given its appearance as an ellipse in the front view. Specifically, it states that:
1) A circular plate appearing as an ellipse in the front view has a major axis of 50 mm and minor axis of 30 mm.
2) To draw the top view, the major axis of the ellipse in the front view should be drawn horizontally.
More from Akash Sood (20)
Recently uploaded
NIMA2024 | De toegevoegde waarde van DEI en ESG in campagnes | Nathalie Lam |...
Nathalie zal delen hoe DEI en ESG een fundamentele rol kunnen spelen in je merkstrategie en je de juiste aansluiting kan creëren met je doelgroep. Door middel van voorbeelden en simpele handvatten toont ze hoe dit in jouw organisatie toegepast kan worden.
Sustainable Logistics for Cost Reduction_ IPLTech Electric's Eco-Friendly Tra...
Sustainable Logistics for Cost Reduction_ IPLTech Electric's Eco-Friendly Transport Solution
Efficient PHP Development Solutions for Dynamic Web Applications
Unlock the full potential of your web projects with our expert PHP development solutions. From robust backend systems to dynamic front-end interfaces, we deliver scalable, secure, and high-performance applications tailored to your needs. Trust our skilled team to transform your ideas into reality with custom PHP programming, ensuring seamless functionality and a superior user experience.
2024.06 CPMN Cambridge - Beyond Now-Next-Later.pdf
Slides presented by Phil Hornby, Founder and Director of "for product people", at Cambridge Product Management Network, on Monday 17th June 2024.
❼❷⓿❺❻❷❽❷❼❽ Dpboss Matka Result Satta Matka Guessing Satta Fix jodi Kalyan Fin...
❼❷⓿❺❻❷❽❷❼❽ Dpboss Matka Result Satta Matka Guessing Satta Fix jodi Kalyan Fin...❼❷⓿❺❻❷❽❷❼❽ Dpboss Kalyan Satta Matka Guessing Matka Result Main Bazar chart
❼❷⓿❺❻❷❽❷❼❽ Dpboss Matka Result Satta Matka Guessing Satta Fix jodi Kalyan Final ank Satta Matka Dpbos Final ank Satta Matta Matka 143 Kalyan Matka Guessing Final Matka Final ank Today Matka 420 Satta Batta Satta 143 Kalyan Chart Main Bazar Chart vip Matka Guessing Dpboss 143 Guessing Kalyan night Discover the Beauty and Functionality of The Expert Remodeling Service
Unlock your kitchen's true potential with expert remodeling services from O'Brien Group Inc. Transform your space into a functional, modern, and luxurious haven with their experienced professionals. From layout reconfiguration to high-end upgrades, they deliver stunning results tailored to your style and needs. Visit obriengroupinc.com to elevate your kitchen's beauty and functionality today.
Satta Matka Dpboss Kalyan Matka Results Kalyan Chart
SATTA MATKA DPBOSS KALYAN MATKA RESULTS KALYAN CHART KALYAN MATKA MATKA RESULT KALYAN MATKA TIPS SATTA MATKA MATKA COM MATKA PANA JODI TODAY BATTA SATKA MATKA PATTI JODI NUMBER MATKA RESULTS MATKA CHART MATKA JODI SATTA COM INDIA SATTA MATKA MATKA TIPS MATKA WAPKA ALL MATKA RESULT LIVE ONLINE MATKA RESULT KALYAN MATKA RESULT DPBOSS MATKA 143 MAIN MATKA KALYAN MATKA RESULTS KALYAN CHART
DearbornMusic-KatherineJasperFullSailUni
My powerpoint presentation for my Music Retail and Distribution class at Full Sail University
The Most Inspiring Entrepreneurs to Follow in 2024.pdf
In a world where the potential of youth innovation remains vastly untouched, there emerges a guiding light in the form of Norm Goldstein, the Founder and CEO of EduNetwork Partners. His dedication to this cause has earned him recognition as a Congressional Leadership Award recipient.
1 Circular 003_2023 ISO 27001_2022 Transition Arrangments v3.pdf
1 Circular 003_2023 ISO 27001_2022 Transition Arrangments v3.pdf
Satta Matka Dpboss Kalyan Matka Results Kalyan Chart
SATTA MATKA DPBOSS KALYAN MATKA RESULTS KALYAN CHART KALYAN MATKA MATKA RESULT KALYAN MATKA TIPS SATTA MATKA MATKA COM MATKA PANA JODI TODAY BATTA SATKA MATKA PATTI JODI NUMBER MATKA RESULTS MATKA CHART MATKA JODI SATTA COM INDIA SATTA MATKA MATKA TIPS MATKA WAPKA ALL MATKA RESULT LIVE ONLINE MATKA RESULT KALYAN MATKA RESULT DPBOSS MATKA 143 MAIN MATKA KALYAN MATKA RESULTS KALYAN CHART
Pro Tips for Effortless Contract Management
Tired of chasing down expiring contracts and drowning in paperwork? Mastering contract management can significantly enhance your business efficiency and productivity. This guide unveils expert secrets to streamline your contract management process. Learn how to save time, minimize risk, and achieve effortless contract management.
Satta Matka Dpboss Kalyan Matka Results Kalyan Chart
SATTA MATKA DPBOSS KALYAN MATKA RESULTS KALYAN CHART KALYAN MATKA MATKA RESULT KALYAN MATKA TIPS SATTA MATKA MATKA COM MATKA PANA JODI TODAY BATTA SATKA MATKA PATTI JODI NUMBER MATKA RESULTS MATKA CHART MATKA JODI SATTA COM INDIA SATTA MATKA MATKA TIPS MATKA WAPKA ALL MATKA RESULT LIVE ONLINE MATKA RESULT KALYAN MATKA RESULT DPBOSS MATKA 143 MAIN MATKA KALYAN MATKA RESULTS KALYAN CHART INDIA MATKA KALYAN SATTA MATKA 420 INDIAN MATKA SATTA KING MATKA FIX JODI FIX FIX FIX SATTA NAMBAR MATKA INDIA SATTA BATTA
PM Surya Ghar Muft Bijli Yojana: Online Application, Eligibility, Subsidies &...
PM Surya Ghar Muft Bijli Yojana: Online Application, Eligibility, Subsidies &...Ksquare Energy Pvt. Ltd.
During the budget session of 2024-25, the finance minister, Nirmala Sitharaman, introduced the “solar Rooftop scheme,” also known as “PM Surya Ghar Muft Bijli Yojana.” It is a subsidy offered to those who wish to put up solar panels in their homes using domestic power systems. Additionally, adopting photovoltaic technology at home allows you to lower your monthly electricity expenses. Today in this blog we will talk all about what is the PM Surya Ghar Muft Bijli Yojana. How does it work? Who is eligible for this yojana and all the other things related to this scheme?Kirill Klip GEM Royalty TNR Gold Lithium Presentation
Lithium Will Power Us For The Next 50 Years And Then Robots: Kirill Klip GEM Royalty TNR Gold Lithium Presentation
State of D2C in India: A Logistics Update
The report *State of D2C in India: A Logistics Update* talks about the evolving dynamics of the d2C landscape with a particular focus on how brands navigate the complexities of logistics. Third Party Logistics enablers emerge indispensable partners in facilitating the growth journey of D2C brands, offering cost-effective solutions tailored to their specific needs. As D2C brands continue to expand, they encounter heightened operational complexities with logistics standing out as a significant challenge. Logistics not only represents a substantial cost component for the brands but also directly influences the customer experience. Establishing efficient logistics operations while keeping costs low is therefore a crucial objective for brands. The report highlights how 3PLs are meeting the rising demands of D2C brands, supporting their expansion both online and offline, and paving the way for sustainable, scalable growth in this fast-paced market.
Prescriptive analytics BA4206 Anna University PPT
Business analysis - Prescriptive analytics Introduction to Prescriptive analytics
Prescriptive Modeling
Non Linear Optimization
Demonstrating Business Performance Improvement
Satta Matka Dpboss Kalyan Matka Results Kalyan Chart
SATTA MATKA DPBOSS KALYAN MATKA RESULTS KALYAN CHART KALYAN MATKA MATKA RESULT KALYAN MATKA TIPS SATTA MATKA MATKA COM MATKA PANA JODI TODAY BATTA SATKA MATKA PATTI JODI NUMBER MATKA RESULTS MATKA CHART MATKA JODI SATTA COM INDIA SATTA MATKA MATKA TIPS MATKA WAPKA ALL MATKA RESULT LIVE ONLINE MATKA RESULT KALYAN MATKA RESULT DPBOSS MATKA 143 MAIN MATKA KALYAN MATKA RESULTS KALYAN CHART
Recently uploaded (20)
NIMA2024 | De toegevoegde waarde van DEI en ESG in campagnes | Nathalie Lam |...
NIMA2024 | De toegevoegde waarde van DEI en ESG in campagnes | Nathalie Lam |...
Sustainable Logistics for Cost Reduction_ IPLTech Electric's Eco-Friendly Tra...
Sustainable Logistics for Cost Reduction_ IPLTech Electric's Eco-Friendly Tra...
Efficient PHP Development Solutions for Dynamic Web Applications
Efficient PHP Development Solutions for Dynamic Web Applications
2024.06 CPMN Cambridge - Beyond Now-Next-Later.pdf
2024.06 CPMN Cambridge - Beyond Now-Next-Later.pdf
❼❷⓿❺❻❷❽❷❼❽ Dpboss Matka Result Satta Matka Guessing Satta Fix jodi Kalyan Fin...
❼❷⓿❺❻❷❽❷❼❽ Dpboss Matka Result Satta Matka Guessing Satta Fix jodi Kalyan Fin...
Discover the Beauty and Functionality of The Expert Remodeling Service
Discover the Beauty and Functionality of The Expert Remodeling Service
Satta Matka Dpboss Kalyan Matka Results Kalyan Chart
Satta Matka Dpboss Kalyan Matka Results Kalyan Chart
The Most Inspiring Entrepreneurs to Follow in 2024.pdf
The Most Inspiring Entrepreneurs to Follow in 2024.pdf
1 Circular 003_2023 ISO 27001_2022 Transition Arrangments v3.pdf
1 Circular 003_2023 ISO 27001_2022 Transition Arrangments v3.pdf
Satta Matka Dpboss Kalyan Matka Results Kalyan Chart
Satta Matka Dpboss Kalyan Matka Results Kalyan Chart
Satta Matka Dpboss Kalyan Matka Results Kalyan Chart
Satta Matka Dpboss Kalyan Matka Results Kalyan Chart
PM Surya Ghar Muft Bijli Yojana: Online Application, Eligibility, Subsidies &...
PM Surya Ghar Muft Bijli Yojana: Online Application, Eligibility, Subsidies &...
Kirill Klip GEM Royalty TNR Gold Lithium Presentation
Kirill Klip GEM Royalty TNR Gold Lithium Presentation
Satta Matka Dpboss Kalyan Matka Results Kalyan Chart
Satta Matka Dpboss Kalyan Matka Results Kalyan Chart
Akash rivet joint
- 2. WHAT IS RIVET? A rivet is a round rod of circular cross- section. It consists of two parts HEAD and SHANK. HEA D SHAN K TAIL Metals commonly used for rivets are Mild steel, wrought iron, copper and aluminium
- 3. WHAT IS RIVETING Riveting is the process of forming a riveted joint. For this, a rivet is first placed in the hole drilled through the two parts to be joined. Then the shank end is made into a rivet head by applying pressure
- 5. USE OF RIVETS Riveted joints are permanent fastenings and riveting is one of the commonly used method of producing rigid and permanent joints. Manufacture of boilers, storage tanks etc. These joints are also used to fasten rolled steel sections in structural works, such as bridge and roof trusses.
- 6. EXAMPLES SHOWING RIVET JOINTS B/W TWO METALS
- 9. TYPES OF RIVETED JOINTS There are two types of riveted joints. 1. RIVETED LAP JOINT 2. RIVETED BUTT JOINT
- 10. EXAMPLE OF RIVETED LAP JOINT
- 11. EXAMPLE OF RIVETED BUTT JOINT
- 12. CASES OF FAILURE OF RIVETS Under Tensile Stress or Tearing resistance of plate per pitch. P(t) = (p-d) x t x o σ(t) resistance of plate per pitch. Where, P = Tearing o p = Pitch o t = Thickness of plate. o σ(t) = Permissible tearing strength.
- 13. CASES OF FAILURE OF RIVETS Under Shearing resistance of plate per pitch. 1 P(s) = n{ } xor 2… (/4)d2 x or ζ(s) 1.875 Where, P(s) = Shearing resistance of plate per pitch. d = diameter of rivet hole ζ(s) = Permissible shearing strength.
- 14. CASES OF FAILURE OF RIVETS Under Crushing resistance of plate per pitch. P(c) = (nd) x t x σ Where, (c) P = Tearing resistance of plate per pitch. n = Number of rows of rivet. t = Thickness of plate. σ(c) = Permissible crushing strength.
- 15. EFFICIENCY OF RIVETED JOINT Least value of η P(t), P(s), of(c) Strength P un-riveted = plate Where, Strength of un-riveted plate = σ(t)pt