Dynamic analysis
•Download as PPTX, PDF•
0 likes•482 views
Dynamic analysis software is used to study the movement of interconnected rigid bodies and provides findings on force distribution in mechanical systems. It helps engineers design error-proof products and correct faults, saving time and costs compared to building prototypes. Dynamic analysis can be applied to systems like automobiles, machinery, robots, and heavy equipment to assess strength and multi-body interactions under different displacements, forces, frequencies, and sample types.
Report
Share
Report
Share
Recommended
Artificial Intelligence (AI) in construction
Find out more around how Artificial Intelligence can be applied in construction management. This introductory session provides an introduction to AI in construction and looks at the practical application of AI in various areas of construction.
Analysis and Design of Commercial Building using ETABS
This document summarizes the analysis and design of a G+3 commercial building using ETABS software. Soil testing was conducted on the site and the soil properties were determined. A 3D model of the building was created in ETABS with defined material properties and loads. Structural analysis was performed to determine member forces and deflections. The beams, columns, slab, and footing were then designed according to IS code provisions and reinforced detailing was generated. The results obtained from ETABS were verified through manual calculations. The software was found to save time in analysis and design compared to manual methods.
1. STUDY ON QUALITY ASSURANCE AND QUALITY CONTROL MANAGEMENT SYSTEM IN 20 STO...
This document outlines Ma Nan Thazin Wint Aung's M.E thesis proposal on quality assurance and quality control management systems for a 20-story RC building construction project. The proposal discusses quality management planning, requirements, procedures, assurance, and costs. It aims to develop building strength quality, satisfy stakeholders, understand quality control procedures, determine suitable methods, gain assurance knowledge, and achieve quality in design, construction, and operation. The study will examine quality management system planning effects, control procedure effects, control method effectiveness, and solve quality problems to determine a suitable management procedure for the project.
case study on failed construction projects
The document discusses three case studies of failed construction projects and identifies reasons for their failures such as lack of proper inspection, use of substandard materials and workmanship, inadequate design, and failure to follow engineering specifications. Specifically, it examines a collapsed building in Khed that did not use vibrators or proper concrete mixes, an overhead water tank project in Uttar Pradesh with issues in planning, materials, and maintenance, and a building in Boston that experienced collapse due to subcontracting without proper oversight and removing shoring too soon.
Value Engineering
This presentation is about Value Engineering and contains:
1.History of VE
2.Value Concept
3.What is Value Engineering?
4.Implementation of VE in our project
5.Principle and Purpose of VE
6.Case Study
7.Conclusion
Resource allocation and smoothing
This document discusses resource allocation and smoothing in project management. It begins by defining resources and explaining resource planning, estimating, and forecasting. It describes developing resource tables and bar charts/histograms to forecast resource needs. It discusses checking resource availability and identifying overloads and underloads. Finally, it explains how to perform resource smoothing to improve resource loading by moving activities and adjusting resources. The overall aim is to optimize allocation of resources like workers, equipment and materials to complete a project on schedule.
Digital transformation in the construction industry
To cope with global urbanization, we need to build faster, cheaper and with a high quality. However, construction is one of the least digitized sector of the economy.
Performance Based Design Presentation By Deepak Bashetty
This document provides an overview of a performance-based seismic analysis conducted on a reinforced concrete building. It describes the modeling approach used, which involved defining plastic hinges in beams and columns to capture nonlinear behavior. Both pushover analysis and time history analysis were performed. The pushover analysis generated a capacity curve and identified performance points for two performance levels under the design basis earthquake and maximum considered earthquake. Time history analysis involved applying 7 sets of ground motion records scaled to target displacements. Results from the nonlinear analyses were used to evaluate response parameters like base shear, roof displacement, and interstory drift ratios to assess the building's performance.
Recommended
Artificial Intelligence (AI) in construction
Find out more around how Artificial Intelligence can be applied in construction management. This introductory session provides an introduction to AI in construction and looks at the practical application of AI in various areas of construction.
Analysis and Design of Commercial Building using ETABS
This document summarizes the analysis and design of a G+3 commercial building using ETABS software. Soil testing was conducted on the site and the soil properties were determined. A 3D model of the building was created in ETABS with defined material properties and loads. Structural analysis was performed to determine member forces and deflections. The beams, columns, slab, and footing were then designed according to IS code provisions and reinforced detailing was generated. The results obtained from ETABS were verified through manual calculations. The software was found to save time in analysis and design compared to manual methods.
1. STUDY ON QUALITY ASSURANCE AND QUALITY CONTROL MANAGEMENT SYSTEM IN 20 STO...
This document outlines Ma Nan Thazin Wint Aung's M.E thesis proposal on quality assurance and quality control management systems for a 20-story RC building construction project. The proposal discusses quality management planning, requirements, procedures, assurance, and costs. It aims to develop building strength quality, satisfy stakeholders, understand quality control procedures, determine suitable methods, gain assurance knowledge, and achieve quality in design, construction, and operation. The study will examine quality management system planning effects, control procedure effects, control method effectiveness, and solve quality problems to determine a suitable management procedure for the project.
case study on failed construction projects
The document discusses three case studies of failed construction projects and identifies reasons for their failures such as lack of proper inspection, use of substandard materials and workmanship, inadequate design, and failure to follow engineering specifications. Specifically, it examines a collapsed building in Khed that did not use vibrators or proper concrete mixes, an overhead water tank project in Uttar Pradesh with issues in planning, materials, and maintenance, and a building in Boston that experienced collapse due to subcontracting without proper oversight and removing shoring too soon.
Value Engineering
This presentation is about Value Engineering and contains:
1.History of VE
2.Value Concept
3.What is Value Engineering?
4.Implementation of VE in our project
5.Principle and Purpose of VE
6.Case Study
7.Conclusion
Resource allocation and smoothing
This document discusses resource allocation and smoothing in project management. It begins by defining resources and explaining resource planning, estimating, and forecasting. It describes developing resource tables and bar charts/histograms to forecast resource needs. It discusses checking resource availability and identifying overloads and underloads. Finally, it explains how to perform resource smoothing to improve resource loading by moving activities and adjusting resources. The overall aim is to optimize allocation of resources like workers, equipment and materials to complete a project on schedule.
Digital transformation in the construction industry
To cope with global urbanization, we need to build faster, cheaper and with a high quality. However, construction is one of the least digitized sector of the economy.
Performance Based Design Presentation By Deepak Bashetty
This document provides an overview of a performance-based seismic analysis conducted on a reinforced concrete building. It describes the modeling approach used, which involved defining plastic hinges in beams and columns to capture nonlinear behavior. Both pushover analysis and time history analysis were performed. The pushover analysis generated a capacity curve and identified performance points for two performance levels under the design basis earthquake and maximum considered earthquake. Time history analysis involved applying 7 sets of ground motion records scaled to target displacements. Results from the nonlinear analyses were used to evaluate response parameters like base shear, roof displacement, and interstory drift ratios to assess the building's performance.
Retrofitting
Retrofitting: Upgrading of certain building systems (existing structures) to make them more resistant to seismic activity.
Buckling types
In science, buckling is a mathematical instability, leading to a failure mode.
Buckling is characterized by a sudden sideways failure of a structural member subjected to high compressive stress, where the compressive stress at the point of failure is less than the ultimate compressive stress that the material is capable of withstanding
Civil engineering
Civil engineering is one of the oldest and broadest fields of engineering. It includes designing, building, and managing infrastructure projects like roads, bridges, dams, and sanitation systems. Civil engineers work to improve quality of life through transportation networks, water systems, and addressing environmental issues. Some major areas of specialization include structural engineering, transportation engineering, geotechnical engineering, and water resources engineering. The document also lists seven iconic examples of civil engineering wonders: the World Trade Center, Eiffel Tower, Empire State Building, Statue of Liberty, Metropolitan Museum of Art, Golden Gate Bridge, and Burj Al Arab hotel.
Top 5 tendering engineer interview questions with answers
This document contains summaries of common engineering interview questions and their answers. It discusses flow control, which focuses on efficiently moving materials through production by addressing bottlenecks. It also describes materials requirement planning (MRP) systems, which manage ordering materials to supply future production needs. Additionally, it defines just-in-time (JIT) manufacturing as reducing waste by minimizing inventory and optimizing delivery schedules. The document provides tips for answering common interview questions about strengths and reasons for hiring.
Importance of Ductility in Structural Performance Analysis
Seminar on Design of Tall Buildings: Trends and Advancements for Structural Performance, November 2016
CTEP - UNIT-V - CONSTRUCTION EQUIPMENTS PDF
This document provides an overview of various types of construction equipment, including their classification and uses. It discusses earth moving equipment such as power shovels, backhoes, draglines, and clam shells. It also covers compacting equipment like smooth wheel rollers, sheep-foot rollers, and pneumatic tired rollers. Additional equipment covered include pile driving rigs and their uses in transferring surface loads into the ground. The document aims to classify and explain the purpose and functioning of many important pieces of machinery used in construction projects.
Structural Dynamics
The document discusses structural dynamics and analysis of multi-degree of freedom systems. It covers key concepts such as dynamic differential equations, natural frequencies, damping, modal analysis, and different analysis methods including direct integration and frequency-based approaches. Linear dynamics allows use of natural modes of vibration while nonlinear dynamics accounts for large motions and changing geometry. Damping dissipates energy through velocity-dependent forces. Analysis can be performed via direct time integration or modal superposition depending on the problem characteristics and dominant frequencies.
Introduction to Triz (TIPS)
Invented by Genrich Altshuller.
Acronym of Russian phrase "Teorija Rezbenija Izobretatelskib Zadach"
Meaning is Theory of Inventive Problem Solving (TIPS)
Three Premises : Ideality, Contradiction, System Approach
RVS
This document summarizes a study on assessing the seismic vulnerability of residential buildings in Agartala, India using the Rapid Visual Screening (RVS) method. It provides background on Agartala's high seismic risk and growing population/development. The objectives are to assess vulnerability of residential buildings using RVS and predict expected damage grades. The methodology section describes using the RVS procedure from FEMA 154 to conduct visual evaluations of buildings and assign preliminary damage grades. Key factors affecting seismic vulnerability are identified as building structure, height, irregularities, quality, soil conditions, and structural issues like framing, diaphragms, overhangs and columns.
122 value engineering
Value engineering is a systematic process that analyzes functional requirements to achieve essential functions at the lowest total cost while meeting performance, quality, and safety needs. It involves gathering information, analyzing functions, brainstorming alternatives, evaluating and selecting ideas, and implementing solutions. Value engineering can reduce costs, risks, and schedules for projects through improved designs and collaboration. It follows a structured process and uses function analysis to identify alternative approaches that deliver the best value. Benefits include cost savings, risk reduction, and improved designs.
Torsional response of assymetric multy story building thesis
The document discusses torsion responses in structures due to eccentricity in mass and stiffness distributions and accidental causes such as uncertainties in masses, stiffnesses, and ground motions. Eccentricity is measured as the distance between the center of mass and center of resistance, which causes a torsion moment that must be resisted. Old seismic codes accounted for increased shear from torsion by using a design eccentricity of 1.5 times the actual eccentricity and distributing increased shear but not decreased shear. The literature review discusses reports of damage to asymmetric buildings from earthquakes and how asymmetry causes torsion since the center of mass and center of rigidity do not coincide.
Bim based process mining master thesis presentation
The document discusses using building information modeling (BIM) and process mining techniques to enable knowledge reassurance and problem discovery in construction and facility management. It describes case studies applying these methods, including analyzing a road design process with over 140,000 events and 1 specification with 1,904 process steps. Continuous on-site monitoring using drone scans and comparing as-built models to as-planned BIM models is also demonstrated. Process mining analytics can identify bottlenecks, social networks, and deviations to facilitate improved planning and risk identification for future projects.
Digital Transformation of the Construction Industry
3rd EU-Arab World Summit
Presenter: Zuhair Haddad, CCT Chairman
DATE: TUESDAY, OCTOBER 30, 2018
Agenda: https://euroarabsummit.com/agenda
How BIM 360 construction document management facilitates building work proces...
Autodesk BIM 360 enables you to connect and construct with centralized information. Tejjy Inc. accelerate the project outcome with improved decision making through document management, design collaboration, data analytics. Autodesk BIM 360 Virtual Reality delivers innovative designing solution with profitability and safety management. We as experienced BIM VR 360 service provider in USA deliver innovation design solutions in a risk managed environment. Tejjy Inc. is MBE/DBE Minority Certified Women Enterprise providing BIM, Architectural & Engineering Sevices, Construction Management services in US.
Integration of BIM 360 and InsiteVR facilitates coordination will managing constructability issues. BIM modelers with Revit have made Virtual Reality an integral part to design Autodesk BIM 360 gives capability to the MEP expert to enter the cloud access and visualize the construction.
Design for Environment
This document provides an overview of key concepts from Chapter 12 on Design for Environment from the textbook Product Design and Development by Karl T. Ulrich and Steven D. Eppinger. It discusses how design for environment (DFE) aims to minimize a product's environmental impact over its lifecycle. DFE expands the traditional focus on production to consider the entire closed-loop lifecycle. Methods like life-cycle assessment and cradle-to-cradle design are introduced. Examples of companies implementing DFE through use of recycled materials, design for disassembly, and other strategies are also provided.
Seismic Analysis
This document provides an overview of different seismic analysis methods for reinforced concrete buildings according to Indian code IS 1893-2002, including linear static, nonlinear static, linear dynamic, and nonlinear dynamic analysis. It describes the basic procedures for each analysis type and provides examples of how to calculate design seismic base shear, distribute seismic forces vertically and horizontally, and determine drift and overturning effects. Case studies are presented comparing the results of static and dynamic analysis for regular and irregular multi-storey buildings modeled in SAP2000.
Hybrid approach for project management,9 10-2012
1) The document discusses a hybrid approach to project management that combines elements of traditional waterfall and agile methodologies.
2) A hybrid approach is needed because traditional and agile each have strengths, and different projects may call for different balances of structure and agility.
3) The proposed hybrid approach uses initial planning phases inspired by waterfall, followed by iterative development with sprints like in agile. This allows for upfront planning while still enabling adaptation.
Construction productivity
The document discusses construction productivity measurement and benchmarking. It defines productivity and explains why it is important, especially for the construction industry. Some key factors affecting construction labor productivity are identified. The document also discusses quality and its relationship to productivity. Various methods for improving productivity are outlined. Productivity calculation and benchmarking models and their application to the construction industry are explained. Labor productivity studies comparing different regions in India and internationally are summarized.
Ductile deatailing
This document summarizes key requirements for ductile detailing of reinforced concrete structures according to IS 13920:2016. It discusses the importance of ductility in allowing structures to resist seismic forces through inelastic deformation without collapse. Requirements are provided for ductile detailing of beams and columns, including minimum steel grades, reinforcement ratios and spacing, hook and lap splice details, and confinement reinforcement. The goal of ductile detailing is to avoid brittle failures and ensure ductile behavior through controlled yielding of steel reinforcement.
Design and Detailing of RC Deep beams as per IS 456-2000
Visit : https://teacherinneed.wordpress.com/
1. DEEP BEAM DEFINITION - IS 456
2. DEEP BEAM APPLICATION
3. DEEP BEAM TYPES
4. BEHAVIOUR OF DEEP BEAMS
5. LEVER ARM
6. COMPRESSIVE FORCE PATH CONCEPT
7. ARCH AND TIE ACTION
8. DEEP BEAM BEHAVIOUR AT ULTIMATE LIMIT STATE
9. REBAR DETAILING
10. EXAMPLE 1 – SIMPLY SUPPORTED DEEP BEAM
11. EXAMPLE 2 – SIMPLY SUPPORTED DEEP BEAM; M20, FE415
12. EXAMPLE 3: FIXED ENDS AND CONTINUOUS DEEP BEAM
13. EXAMPLE 4 : FIXED ENDS AND CONTINUOUS DEEP BEAM
Fourth unitdom2014 twomarksqanda
The document discusses forced vibrations in mechanical systems. It provides governing equations and relationships for different types of forced vibrations including harmonic, rotating/reciprocating unbalance, and support vibrations. Key equations presented are for the magnification factor relating amplitude of vibration to static deflection, phase lag between displacement and forcing function, amplitude of vibration due to unbalanced mass, displacement transmission ratio for base excitation, and transmissibility/isolation factor relating transmitted and applied forces.
The evolution of bicycles
The document traces the history of the bicycle from 1817 to present day. It shows the early prototypes like the Draisienne and Velocipede that led to the high wheel bicycle popular in the late 1800s. The safety bicycle design with equal sized wheels, chain drive, and pneumatic tires emerged in the 1880s making cycling more accessible. Bicycles grew rapidly in popularity in the late 1800s but declined with the rise of automobiles in the 1920s when they became seen as children's toys. Different styles of bicycles then emerged through the 1900s for various uses like racing, mountain biking, BMX, and cargo/utility bicycles. Hybrid and electric folding bikes gained popularity in recent decades.
More Related Content
What's hot
Retrofitting
Retrofitting: Upgrading of certain building systems (existing structures) to make them more resistant to seismic activity.
Buckling types
In science, buckling is a mathematical instability, leading to a failure mode.
Buckling is characterized by a sudden sideways failure of a structural member subjected to high compressive stress, where the compressive stress at the point of failure is less than the ultimate compressive stress that the material is capable of withstanding
Civil engineering
Civil engineering is one of the oldest and broadest fields of engineering. It includes designing, building, and managing infrastructure projects like roads, bridges, dams, and sanitation systems. Civil engineers work to improve quality of life through transportation networks, water systems, and addressing environmental issues. Some major areas of specialization include structural engineering, transportation engineering, geotechnical engineering, and water resources engineering. The document also lists seven iconic examples of civil engineering wonders: the World Trade Center, Eiffel Tower, Empire State Building, Statue of Liberty, Metropolitan Museum of Art, Golden Gate Bridge, and Burj Al Arab hotel.
Top 5 tendering engineer interview questions with answers
This document contains summaries of common engineering interview questions and their answers. It discusses flow control, which focuses on efficiently moving materials through production by addressing bottlenecks. It also describes materials requirement planning (MRP) systems, which manage ordering materials to supply future production needs. Additionally, it defines just-in-time (JIT) manufacturing as reducing waste by minimizing inventory and optimizing delivery schedules. The document provides tips for answering common interview questions about strengths and reasons for hiring.
Importance of Ductility in Structural Performance Analysis
Seminar on Design of Tall Buildings: Trends and Advancements for Structural Performance, November 2016
CTEP - UNIT-V - CONSTRUCTION EQUIPMENTS PDF
This document provides an overview of various types of construction equipment, including their classification and uses. It discusses earth moving equipment such as power shovels, backhoes, draglines, and clam shells. It also covers compacting equipment like smooth wheel rollers, sheep-foot rollers, and pneumatic tired rollers. Additional equipment covered include pile driving rigs and their uses in transferring surface loads into the ground. The document aims to classify and explain the purpose and functioning of many important pieces of machinery used in construction projects.
Structural Dynamics
The document discusses structural dynamics and analysis of multi-degree of freedom systems. It covers key concepts such as dynamic differential equations, natural frequencies, damping, modal analysis, and different analysis methods including direct integration and frequency-based approaches. Linear dynamics allows use of natural modes of vibration while nonlinear dynamics accounts for large motions and changing geometry. Damping dissipates energy through velocity-dependent forces. Analysis can be performed via direct time integration or modal superposition depending on the problem characteristics and dominant frequencies.
Introduction to Triz (TIPS)
Invented by Genrich Altshuller.
Acronym of Russian phrase "Teorija Rezbenija Izobretatelskib Zadach"
Meaning is Theory of Inventive Problem Solving (TIPS)
Three Premises : Ideality, Contradiction, System Approach
RVS
This document summarizes a study on assessing the seismic vulnerability of residential buildings in Agartala, India using the Rapid Visual Screening (RVS) method. It provides background on Agartala's high seismic risk and growing population/development. The objectives are to assess vulnerability of residential buildings using RVS and predict expected damage grades. The methodology section describes using the RVS procedure from FEMA 154 to conduct visual evaluations of buildings and assign preliminary damage grades. Key factors affecting seismic vulnerability are identified as building structure, height, irregularities, quality, soil conditions, and structural issues like framing, diaphragms, overhangs and columns.
122 value engineering
Value engineering is a systematic process that analyzes functional requirements to achieve essential functions at the lowest total cost while meeting performance, quality, and safety needs. It involves gathering information, analyzing functions, brainstorming alternatives, evaluating and selecting ideas, and implementing solutions. Value engineering can reduce costs, risks, and schedules for projects through improved designs and collaboration. It follows a structured process and uses function analysis to identify alternative approaches that deliver the best value. Benefits include cost savings, risk reduction, and improved designs.
Torsional response of assymetric multy story building thesis
The document discusses torsion responses in structures due to eccentricity in mass and stiffness distributions and accidental causes such as uncertainties in masses, stiffnesses, and ground motions. Eccentricity is measured as the distance between the center of mass and center of resistance, which causes a torsion moment that must be resisted. Old seismic codes accounted for increased shear from torsion by using a design eccentricity of 1.5 times the actual eccentricity and distributing increased shear but not decreased shear. The literature review discusses reports of damage to asymmetric buildings from earthquakes and how asymmetry causes torsion since the center of mass and center of rigidity do not coincide.
Bim based process mining master thesis presentation
The document discusses using building information modeling (BIM) and process mining techniques to enable knowledge reassurance and problem discovery in construction and facility management. It describes case studies applying these methods, including analyzing a road design process with over 140,000 events and 1 specification with 1,904 process steps. Continuous on-site monitoring using drone scans and comparing as-built models to as-planned BIM models is also demonstrated. Process mining analytics can identify bottlenecks, social networks, and deviations to facilitate improved planning and risk identification for future projects.
Digital Transformation of the Construction Industry
3rd EU-Arab World Summit
Presenter: Zuhair Haddad, CCT Chairman
DATE: TUESDAY, OCTOBER 30, 2018
Agenda: https://euroarabsummit.com/agenda
How BIM 360 construction document management facilitates building work proces...
Autodesk BIM 360 enables you to connect and construct with centralized information. Tejjy Inc. accelerate the project outcome with improved decision making through document management, design collaboration, data analytics. Autodesk BIM 360 Virtual Reality delivers innovative designing solution with profitability and safety management. We as experienced BIM VR 360 service provider in USA deliver innovation design solutions in a risk managed environment. Tejjy Inc. is MBE/DBE Minority Certified Women Enterprise providing BIM, Architectural & Engineering Sevices, Construction Management services in US.
Integration of BIM 360 and InsiteVR facilitates coordination will managing constructability issues. BIM modelers with Revit have made Virtual Reality an integral part to design Autodesk BIM 360 gives capability to the MEP expert to enter the cloud access and visualize the construction.
Design for Environment
This document provides an overview of key concepts from Chapter 12 on Design for Environment from the textbook Product Design and Development by Karl T. Ulrich and Steven D. Eppinger. It discusses how design for environment (DFE) aims to minimize a product's environmental impact over its lifecycle. DFE expands the traditional focus on production to consider the entire closed-loop lifecycle. Methods like life-cycle assessment and cradle-to-cradle design are introduced. Examples of companies implementing DFE through use of recycled materials, design for disassembly, and other strategies are also provided.
Seismic Analysis
This document provides an overview of different seismic analysis methods for reinforced concrete buildings according to Indian code IS 1893-2002, including linear static, nonlinear static, linear dynamic, and nonlinear dynamic analysis. It describes the basic procedures for each analysis type and provides examples of how to calculate design seismic base shear, distribute seismic forces vertically and horizontally, and determine drift and overturning effects. Case studies are presented comparing the results of static and dynamic analysis for regular and irregular multi-storey buildings modeled in SAP2000.
Hybrid approach for project management,9 10-2012
1) The document discusses a hybrid approach to project management that combines elements of traditional waterfall and agile methodologies.
2) A hybrid approach is needed because traditional and agile each have strengths, and different projects may call for different balances of structure and agility.
3) The proposed hybrid approach uses initial planning phases inspired by waterfall, followed by iterative development with sprints like in agile. This allows for upfront planning while still enabling adaptation.
Construction productivity
The document discusses construction productivity measurement and benchmarking. It defines productivity and explains why it is important, especially for the construction industry. Some key factors affecting construction labor productivity are identified. The document also discusses quality and its relationship to productivity. Various methods for improving productivity are outlined. Productivity calculation and benchmarking models and their application to the construction industry are explained. Labor productivity studies comparing different regions in India and internationally are summarized.
Ductile deatailing
This document summarizes key requirements for ductile detailing of reinforced concrete structures according to IS 13920:2016. It discusses the importance of ductility in allowing structures to resist seismic forces through inelastic deformation without collapse. Requirements are provided for ductile detailing of beams and columns, including minimum steel grades, reinforcement ratios and spacing, hook and lap splice details, and confinement reinforcement. The goal of ductile detailing is to avoid brittle failures and ensure ductile behavior through controlled yielding of steel reinforcement.
Design and Detailing of RC Deep beams as per IS 456-2000
Visit : https://teacherinneed.wordpress.com/
1. DEEP BEAM DEFINITION - IS 456
2. DEEP BEAM APPLICATION
3. DEEP BEAM TYPES
4. BEHAVIOUR OF DEEP BEAMS
5. LEVER ARM
6. COMPRESSIVE FORCE PATH CONCEPT
7. ARCH AND TIE ACTION
8. DEEP BEAM BEHAVIOUR AT ULTIMATE LIMIT STATE
9. REBAR DETAILING
10. EXAMPLE 1 – SIMPLY SUPPORTED DEEP BEAM
11. EXAMPLE 2 – SIMPLY SUPPORTED DEEP BEAM; M20, FE415
12. EXAMPLE 3: FIXED ENDS AND CONTINUOUS DEEP BEAM
13. EXAMPLE 4 : FIXED ENDS AND CONTINUOUS DEEP BEAM
What's hot (20)
Top 5 tendering engineer interview questions with answers
Top 5 tendering engineer interview questions with answers
Importance of Ductility in Structural Performance Analysis
Importance of Ductility in Structural Performance Analysis
Torsional response of assymetric multy story building thesis
Torsional response of assymetric multy story building thesis
Bim based process mining master thesis presentation
Bim based process mining master thesis presentation
Digital Transformation of the Construction Industry
Digital Transformation of the Construction Industry
How BIM 360 construction document management facilitates building work proces...
How BIM 360 construction document management facilitates building work proces...
Design and Detailing of RC Deep beams as per IS 456-2000
Design and Detailing of RC Deep beams as per IS 456-2000
Viewers also liked
Fourth unitdom2014 twomarksqanda
The document discusses forced vibrations in mechanical systems. It provides governing equations and relationships for different types of forced vibrations including harmonic, rotating/reciprocating unbalance, and support vibrations. Key equations presented are for the magnification factor relating amplitude of vibration to static deflection, phase lag between displacement and forcing function, amplitude of vibration due to unbalanced mass, displacement transmission ratio for base excitation, and transmissibility/isolation factor relating transmitted and applied forces.
The evolution of bicycles
The document traces the history of the bicycle from 1817 to present day. It shows the early prototypes like the Draisienne and Velocipede that led to the high wheel bicycle popular in the late 1800s. The safety bicycle design with equal sized wheels, chain drive, and pneumatic tires emerged in the 1880s making cycling more accessible. Bicycles grew rapidly in popularity in the late 1800s but declined with the rise of automobiles in the 1920s when they became seen as children's toys. Different styles of bicycles then emerged through the 1900s for various uses like racing, mountain biking, BMX, and cargo/utility bicycles. Hybrid and electric folding bikes gained popularity in recent decades.
Unit5 lectbyvrk dynofmachinery
- The document discusses mechanisms for control of machinery like flywheels, governors, and gyroscopes. It provides details on different types of governors like centrifugal governors and inertia governors.
- It describes key concepts related to governors like range of speed, mean speed, sensitiveness, stable and unstable governors. It also discusses the functions of governors and factors like friction that affect governors.
- The document covers gyroscopes and key concepts like gyroscopic couple, plane of spinning, axis of precession. It explains gyroscopic effects on ships during rolling, pitching, and steering movements.
Fourth unittheory
The document discusses forced vibration in mechanical systems. It defines forced vibration as vibration under the influence of external forces. Periodic, harmonic forcing causes steady state vibration with constant amplitude. Common sources of periodic forcing include unbalanced rotating or reciprocating masses. The response of a system to periodic forcing contains components at both the forcing frequency and the natural frequency. Over time, the natural frequency response dies out, leaving only the steady state response at the forcing frequency.
Cu06997 lecture 5_reynolds_and_r
The document discusses hydraulic radius, viscosity, laminar and turbulent flow, Reynolds number, and boundary layers in fluid dynamics. It defines hydraulic radius as the ratio of a pipe or channel's cross-sectional area to its wetted perimeter. It also explores laminar versus turbulent flow and uses the Reynolds number to characterize the transition between these flow regimes based on fluid properties and flow velocities. Finally, it introduces the boundary layer concept to explain the region of fluid that is influenced by solid boundaries.
Emwavesandtransmission Lines Jntu Model Paper{Www.Studentyogi.Com}
This document contains an exam for a course on electromagnetic waves and transmission lines. It includes 8 questions covering various topics:
1. Coulomb's law, electric field calculations for point charges.
2. Ampere's circuital law, magnetic field calculations for conducting rods and coils.
3. Plane wave propagation in dielectric media, displacement current density.
4. Brewster's angle and refraction/reflection at dielectric interfaces.
5. Poynting vector, power calculations for waves incident on dielectric boundaries.
6. Parallel plate waveguide properties such as cutoff frequency.
7. Transmission line characteristics impedance and reflection coefficients.
8. Equivalent circuits for transmission lines of various
Mechanics Machine
This document discusses basic concepts in dynamics, including kinematics and kinetics. Kinematics is defined as the study of motion geometry, relating displacement, velocity, and acceleration without considering forces. Kinetics is defined as studying the relationships between forces, mass, and motion, and using forces to predict or determine motion. The document explains that kinematics includes rectilinear motion along a straight line and angular motion along a curved line, and provides examples of rectilinear and angular motion. It concludes by stating that basic equations and units in dynamics will be covered.
Kinematics Of Machinery Jntu Model Paper{Www.Studentyogi.Com}
The document contains information about an exam for a course on Kinematics of Machinery. It lists 8 questions that students could answer, all worth equal marks. The questions cover various topics in kinematics including mechanisms that generate straight-line motion, velocity and acceleration analysis of linkages, gear trains, cam profiles, steering mechanisms, and transmission of motion through belts and pulleys. Diagrams are provided to illustrate some of the mechanisms discussed in the questions. The exam is worth a total of 80 marks and students must answer any 5 questions.
Kelly s.g. fundamentals of mechanical vibrations
This document discusses the benefits of exercise for mental health. It states that regular exercise can have a significant positive impact on depression and anxiety symptoms by reducing stress levels and boosting mood. Exercise causes the body to release endorphins, which act as natural painkillers and can produce a sense of euphoria. It also promotes better sleep quality and more effective stress management. Overall, exercise is a powerful lifestyle factor that can greatly improve mental well-being.
Unit 4 Dynamics of Machines formula
The document presents 6 key formulae relating to forced vibration. Formula 1 gives the magnification factor or amplitude relation for forced vibration as a function of excitation frequency and damping ratio. Formula 2 gives the phase lag between displacement and force vectors. Formula 3 gives the non-dimensional amplitude relation for vibration due to unbalance as a function of excitation frequency and damping ratio. Formula 4 gives the non-dimensional displacement transmission relation for forced vibrations due to base excitation. Formula 5 gives the relation for force or displacement transmissibility. Formula 6 gives the relation for phase lag between motion of the mass and motion of the support or between applied and transmitted force.
Computer aided design (cad) engineers' handbook
Computer Aided Design (CAD) allows engineers to create detailed part designs with high efficiency and low cost compared to traditional drawing boards. CAD software is used to model designs in both 2D and 3D formats, and can automate tasks like generating drawings, parts lists, and providing new design capabilities. Modern CAD involves creating a central design model that downstream applications in design, analysis, and manufacturing can all utilize. Computer techniques are now closely integrated between modeling designs, analyzing and simulating designs, and generating manufacturing instructions.
R 2
1) The document contains problems involving the analysis of planetary gear systems, rotating rods impacted by balls, and rotating cylinders and gears. Angular velocities, accelerations, forces, and times are calculated using principles of kinetics and conservation of energy.
2) Problem R2-8 determines the time for a spinning 50 kg cylinder to stop when brought into contact with a surface, based on its initial angular velocity and the coefficient of friction. The force in the connecting link is also calculated.
3) Problem R2-9 calculates the speed of a moving gear rack when its initial and final positions and the masses and radii of the gears are given. Conservation of energy is used to solve for the unknown speed.
All possible questions - KINEMATICS OF MACHINERY / UNIT – I
This document contains 50 questions related to the topic of kinematics of machinery from various university exams. The questions cover topics like basic kinematic concepts, degrees of freedom, mobility criteria, inversions of linkages, transmission angles, classifications of mechanisms, common mechanisms, and straight line generators. Example mechanisms discussed include four-bar linkages, slider crank mechanisms, quick return mechanisms, steering mechanisms, and the Peaucellier straight line generator. Formulas related to transmission ratios and torque calculations for mechanisms like Hooke's joint are also included.
Design of gears
Gears are toothed machine parts that transmit motion between parallel shafts. There are several types of gears including spur gears, helical gears, bevel gears, herringbone gears, and worm gears. The speed ratio of two gears is equal to the number of teeth on the driven gear divided by the number of teeth on the driving gear. Additional key terms described include the pitch circle, addendum circle, dedendum circle, tooth thickness, space width, backlash, pressure angle, and the law governing tooth shape.
Unit1 ap kom
This document provides an overview of kinematics and kinematic analysis of machines. It defines kinematics as the study of motion without consideration of forces, and discusses the kinematic analysis of different types of linkages and mechanisms including planar mechanisms, four-bar linkages, slider-crank and double slider-crank mechanisms. It also introduces various kinematic concepts such as degrees of freedom, lower and higher pairs, constrained motion, and Grubler's equation for determining the degrees of freedom of a mechanism. Examples of applying these concepts to analyze common mechanisms are provided.
Mechanical Vibrations by SS Rao 4th Edition Solution manual chapter 02
Mechanical Vibrations by SS Rao 4th Edition Solution manual chapter 02 pdf file
Dynamics of Machinery Unit IV
The document provides information on forced vibrations including:
- Forced vibration occurs when an external force causes a body to vibrate at the frequency of the applied force rather than its natural frequency.
- Forcing functions include periodic, impulsive, and random types. Impulsive functions produce transient vibrations while random functions produce unpredictable vibrations.
- Forced vibrations can be damped or undamped. The equation of motion for a spring-mass system with harmonic forcing is provided.
- Amplitude and phase relations are defined for forced vibrations including the dynamic magnification factor. Equations are given for the amplitude of vibrations caused by unbalanced rotating or reciprocating masses.
Rack and pinion gear design project.
This document discusses the design of a rack and pinion gear system for a railway crossing gate. It outlines the objectives, need, and basic mechanism of a rack and pinion gear. The design methodology is explained, including design considerations, calculations, and material selection. Equations for determining forces on gear teeth, surface speed, strength, and wear are provided. Finally, the document summarizes the preliminary design of the pinion gear and next steps to design the rack.
Kinematics of machinery
Unit 1 – Basics of Mechanics
Topics to be covered – unit1
Basic kinematic concepts and definitions
Degree of freedom & Mobility
Kutzbach criterion & Gruebler’s criterion
Grashof’s Law
Kinematic inversions of four-bar-chain and slider crank chains – Limit positions
Mechanical advantage – Transmission Angle
Classification of mechanisms
Description of some common mechanisms
Viewers also liked (20)
Emwavesandtransmission Lines Jntu Model Paper{Www.Studentyogi.Com}
Emwavesandtransmission Lines Jntu Model Paper{Www.Studentyogi.Com}
Kinematics Of Machinery Jntu Model Paper{Www.Studentyogi.Com}
Kinematics Of Machinery Jntu Model Paper{Www.Studentyogi.Com}
All possible questions - KINEMATICS OF MACHINERY / UNIT – I
All possible questions - KINEMATICS OF MACHINERY / UNIT – I
Mechanical Vibrations by SS Rao 4th Edition Solution manual chapter 02
Mechanical Vibrations by SS Rao 4th Edition Solution manual chapter 02
Similar to Dynamic analysis
Digital manufacturing
Digital manufacturing uses computer-based systems for product and process simulation, 3D visualization, and collaboration tools. This allows manufacturers to model processes virtually before physical implementation. As automation increases in plants, digital modeling and simulation optimize processes by analyzing machines, tooling, and materials. Key benefits include process optimization, seeing results before investment, and real-time analysis across manufacturing steps.
Week_01-Intro to Software Engineering-1.ppt
This document provides an overview of software engineering concepts including definitions of software and software engineering. It discusses the importance of software and different types of software applications. The document also introduces a generic software engineering process framework consisting of communication, planning, modeling, construction, and deployment activities. Finally, it provides examples of an embedded insulin pump control system and a patient information system for mental health care to illustrate software engineering concepts and processes.
Design It 4 U, Thane, Product Deveopment
Manufacturing and suppliers of 3D Modelling Services, Product Styling, Product Design Services, Component Design, Finite Element Analysis Services, Motion Simulation Services, Kinematic Motion Analysis, Cad Documentation Services...
SE
The document provides an overview of software engineering concepts including definitions of software and software engineering. It discusses the importance of software and characteristics that make it different than other engineered products. The document also outlines some common software applications and categories. It defines the key activities in a generic software process including communication, planning, modeling, construction, and deployment. Finally, it provides examples of two case studies - an embedded system in an insulin pump and a patient information system for mental health care.
Presentation on Application of IT in engineering
IT is widely used in engineering for design, testing, development, simulations, planning and automating systems. Some key applications include:
1. CAD is used for design of all types of tools and machinery, allowing rotations in 3D. CAM programs CAD designs to control machine tools.
2. CAE incorporates CAD, analysis, manufacturing, and planning tools to aid engineering tasks like modeling complex structures and simulations.
3. Automation and robotics use control systems and information technologies to increase productivity and quality in manufacturing.
Technology and design (a brief overview)
This document discusses technology and design (TD), which involves using computer and non-computer technologies to communicate design intent and facilitate product design, construction, operation, and maintenance. It then discusses key areas related to TD including design, automation, process simulation, modeling and engineering processes, computer aided design (CAD), computer aided engineering (CAE), computer aided manufacturing (CAM), product lifecycle management (PLM), and collaborative product development (CPD).
Role of artificial intellligence in construction engg & management
What is Artificial Intelligence (AI)?
Branches of Artificial Intelligence
AI in Construction Engineering & Management
Roles of AI in Construction Engineering & Management
Smart optimization for mega construction projects
Case study- Bispevika, a building Project in Oslo, Norway
Human-AI Collaboration
Applications of AI in Construction Industry
Future Application of AI Presented by Team Bispevika
References
Unit 1 importance ofsoftengg_b.tech iii year
Here are some key points from Unit 1:
- Software is computer programs, data structures, and documentation. Software engineering is the systematic development and maintenance of software.
- A software process provides a framework for development activities like communication, planning, modeling, construction and deployment. It establishes quality practices.
- Legacy software supports core functions but is outdated, poorly designed and documented. It is costly to replace but also to maintain.
- Common software myths include thinking requirements can change freely, documentation is unnecessary, or that quality is only important after coding. These undermine good practices.
- A process framework provides structure while methods and tools support specific technical tasks. Processes must balance control and flexibility for different projects.
Unit 1 introduction tosoftengg_mba tech ii year
This document provides an introduction to software engineering. It defines software and discusses different categories of software products. It explains that software engineering is concerned with developing software using systematic and disciplined approaches. The document outlines important attributes of good software such as maintainability, dependability, efficiency and acceptability. It also discusses challenges with legacy software systems and reasons for evolving legacy systems. Finally, it covers key tasks for software project planning such as establishing scope, feasibility analysis, risk analysis, resource estimation, and developing a project schedule.
Scope of software engineering
This document discusses the scope of software engineering. It begins by defining software and engineering. It then explains that software engineering aims to produce software that meets client needs, is fault-free, delivered on time and budget, and is easy to modify. It discusses why software engineering is needed due to past software failures. The document then covers various aspects of software engineering including historical, economic, and maintenance aspects. It also discusses common software engineering roles and development team members. Finally, it provides an overview of different software development lifecycle models.
Optimizing Parameters
The document discusses how traditional product design methods often do not optimize key parameters like geometry, motion, forces, and tolerances. This can lead to increased costs from changes later in the design process. It introduces Enventive software as a way to model and optimize these parameters earlier on through computer simulations. Enventive allows users to represent functional intent, model kinematics and forces, perform tolerance analysis, and optimize parameters. This helps users design products that are more effective, manufacturable, and cost-efficient.
APPLICATION OF MECHATRONICS IN CMM
APPLICATION OF MECHATRONICS IN COORDINATE MEASURING MACHINE.USE OF MULTI-SENSOR TECHNOLOGY.CMM IS USED TO MEASURE COORDINATE OF A WORKPIECE WITH THE HELP OF PROBE.CMM CAN BE CONTROLLED WITH THE HELP OF NUMERICAL CONTROL. INTRODUCTION TO 5 AXIS TECHNOLOGY.
ADVANTAGES OF CMM.TYPES OF CMM.
Application of it in engineering
IT is widely used in various engineering fields for design, testing, simulation, planning and automation. It allows engineers to design and test products virtually using tools like CAD, CAM, and CAE before building expensive prototypes. Engineering fields like mechanical, civil, and chemical engineering use IT applications for modeling, analysis, plant design and management. Overall, IT helps engineers work more efficiently and cost-effectively across the entire engineering process.
Unit 1 - Introduction - Full.pptx
Mechatronics originated in 1969 in Japan as the synergistic integration of mechanical engineering with electronics and intelligent computer control in design and manufacturing. It aims to develop embedded distributed computer control systems. Key elements of mechatronics systems include actuators, sensors, signal conditioning, digital logic circuits, software, computers and displays. Common applications include automatic controls in appliances, vehicles, medical devices, and other systems that integrate electrical and mechanical components for increased functionality.
AI Use Cases OA
Using IBM OpenPower and AC922 server Object-automation has developed and deployed its solutions in all the sectors
AI Use Cases OA
Using IBM OpenPOWER and AC922 server Object Automation has developed and deployed its solutions in all the sectors
Innovation day 2013 2.5 joris vanderschrick (verhaert) - embedded system de...
Innovation day 2013 2.5 joris vanderschrick (verhaert) - embedded system de...Verhaert Masters in Innovation
This document discusses approaches for managing risk in innovation projects through reliability engineering. It describes three methods: theoretical using standards and simulations, pragmatic with accelerated testing, and analytical using probability of failure calculations. The theoretical approach involves scoping subsystems and identifying reliability metrics from norms. Calculations include MTBF and FIT rates. Simulations validate designs through FEA, software, and system modeling. Pragmatic testing uses highly accelerated life testing to discover weaknesses early in design phases. The goal is to improve reliability and reduce costs from late-stage changes.Success Story: Developing an Automatic Seat Control System for a Leading Tier1
One of our customers wanted to execute the project at low cost with minimal design changes in a short time frame. KPIT leveraged its extensive domain knowledge & experience in Engineering Design and executed the project successfully. - Read more at: http://bit.ly/205WhPx
Introduction to Software Engineering
Introduction to Software EngineeringAmity University | FMS - DU | IMT | Stratford University | KKMI International Institute | AIMA | DTU
Introduction to software engineering
Software products
Why Software is Important?
Software costs
Features of Software?
Software Applications
Software—New Categories
Software Engineering
Importance of Software Engineering
Essential attributes / Characteristics of good software
Software Components
Software Process
Five Activities of a Generic Process framework
Relative Costs of Fixing Software Faults
Software Qualities
Software crisis
Software Development Stages/SDLC
What is Software Verification
Advantages of Software Verification
Advantages of Validation
Questions for successful test automation projects
Test automation is not only about coding. Successful test automation involves critical thinking and clarity of objectives before actually beginning development. This material provides guidance in putting some of the right questions and how to think as for having an efficient and effective test automation in the context of your project.
Similar to Dynamic analysis (20)
Role of artificial intellligence in construction engg & management
Role of artificial intellligence in construction engg & management
Innovation day 2013 2.5 joris vanderschrick (verhaert) - embedded system de...
Innovation day 2013 2.5 joris vanderschrick (verhaert) - embedded system de...
Success Story: Developing an Automatic Seat Control System for a Leading Tier1
Success Story: Developing an Automatic Seat Control System for a Leading Tier1
Dynamic analysis
- 2. How is Dynamic Analysis? • The dynamic analysis software is used to study the movement of interconnected rigid bodies. It provides the findings regarding the distribution of forces and loads throughout a mechanical system. • These analyses help engineers to design and manufacture error proof engineering products. It also helps them to correct fault and development equipments further.
- 3. Advantages of Dynamic Analysis • Saves Cost: The greatest advantage of dynamic analysis software is that it saves lot of money. • Saves Time: Dynamic analyses save time as you don’t have to wait for a prototype model to conduct your tests. • Its precise: The calculation, being done by software, is accurate and there is no margin of error. There is scope for human error if the calculation is done manually. Here, that chance is completely absent. The software does all the complex evaluations like kinematic motion and interference between parts.
- 4. Application of Dynamic Analysis • Dynamic analysis could be applied to vast number of bod ies. It could be applied to the study of following systems- automobile suspensions, steering systems, machinery tools, robots, and heavy machinery. • Dynamic analysis deals with the assessment of strength and structure of a multi body system.
- 5. Specifications of Dynamic Analysis • Sensitivity to Displacement • Control of force • Furnace systems • Range of frequency • Measuring different sample types and geometrics
- 6. Benefits of Dynamic Analysis Dynamic analysis has found a very useful application in t he engineering field. Not only that, it also has become an asset for the biotechnology industry for designing artificial body parts. With the help of MBS (multi body systems) analysis engineers are able to design improved version of machinery tools and useful multi body systems. The analysis saves a lot of money in the research and development stage of engineering products.