Rebar detailing involves preparing placement drawings using specialty software to minimize wastage and errors in reinforced concrete structures. The software validates rebar sizes and placements, allowing errors to be corrected before construction. When implemented, rebar detailing can reduce wastage from 10-15% by optimizing bar lengths and placements. It ensures structures are built as designed and provides accurate bills of quantities. Rebar detailing is the first step toward improving quality and saving on construction costs.
This document describes CBS Enterprise Companies which produce composite building materials as an alternative to wood, steel, and concrete. Their CBS Egis System uses lightweight composite panels, studs, and parts that assemble quickly into structures that are stronger, more durable, and more disaster resistant than traditional materials. The system aims to provide higher quality, safer, and more energy efficient buildings that can be constructed faster and at lower costs than conventional methods.
This document provides information on Citadel Technologies' pipe repair products, including DiamondWrap, BlackDiamond, DiamondWrap HP, and RhinoWrap composite wrap systems. It describes the materials, properties, testing, installation process, and benefits of using these carbon fiber composite systems for repairing pipelines and piping. The systems can restore pipes to maximum operating pressures without shutdowns. They are alternatives to clamps and replacements that save time and costs compared to other repair methods.
The document discusses two university building projects that involved complex post-tensioning solutions:
1. A marine building at Plymouth University required the largest concrete beams ever produced in the UK, measuring up to 16.3 meters long and 500mm by 750mm deep. They were post-tensioned using BBR VT CONA CMI anchors to address deflection issues.
2. A building at the University of Sydney featured transfer beams up to 12 meters long with complex profiles. Concerns around excessive heat from the deep beams during curing required specialized concrete mix designs and monitoring to prevent structural issues.
The projects showcased technically challenging post-tensioning applications to construct unusual university building designs.
1) Switching to new CNC software has helped Springfield Marine increase machining productivity and reduce programming time. The new software automatically generates more efficient toolpaths that allow for higher feed rates.
2) The new software automatically recognizes features in solid models, eliminating the need for manual rework. It also stores machining operations that can be quickly applied, reducing programming time by two-thirds on average.
3) For a sandcast aluminum seat swivel part, the software helped increase the roughing feed rate from 75 to 200 inches per minute and reduced programming time from several days to a few hours.
Reinforced cement concrete (RCC) uses steel reinforcement within concrete to improve its tensile strength. Concrete is strong under compression but weak under tension. Steel reinforcement provides high tensile strength due to its high tensile capacity and good bond with concrete. Steel also has a higher elastic modulus, allowing it to resist forces better than concrete alone under the same extension. Cement is a binder that hardens when mixed with water, and can be classified as hydraulic or non-hydraulic. Hydraulic cement can set even when wet or underwater due to additions like fly ash that allow curing in wet conditions. Portland cement is the most common type and consists mainly of tricalcium silicate, dicalcium sil
This document discusses Total Quality Management (TQM) practices at Tata Steel. It outlines Tata Steel's TQM philosophy of customer focus, continuous improvement, and employee empowerment. The objectives of TQM at Tata Steel are to achieve total customer satisfaction through quality as the top priority. Challenges faced include market pressures and overcapacity. Tata Steel implemented initiatives like the Business Excellence Model to drive changes. This reduced costs and improved productivity, quality, and financial performance. Recommendations include increasing R&D spending, optimizing production processes, and tapping into rural markets.
Presentation on steel, fabrication & erection Munger Ganga BridgeAshish Kumar Yadav
Presentation on Steel Fabrication work and Erection of girder by Cantilever erection method.
One of the largest bridge in India (Bridge Length 3.690 Km)
Similar Bridge 1. Patna- Sonpur (Digha Bridge) across the river Ganga, Bihar
2. Bogibeel across river Brahmaputra in Assam
This document describes CBS Enterprise Companies which produce composite building materials as an alternative to wood, steel, and concrete. Their CBS Egis System uses lightweight composite panels, studs, and parts that assemble quickly into structures that are stronger, more durable, and more disaster resistant than traditional materials. The system aims to provide higher quality, safer, and more energy efficient buildings that can be constructed faster and at lower costs than conventional methods.
This document provides information on Citadel Technologies' pipe repair products, including DiamondWrap, BlackDiamond, DiamondWrap HP, and RhinoWrap composite wrap systems. It describes the materials, properties, testing, installation process, and benefits of using these carbon fiber composite systems for repairing pipelines and piping. The systems can restore pipes to maximum operating pressures without shutdowns. They are alternatives to clamps and replacements that save time and costs compared to other repair methods.
The document discusses two university building projects that involved complex post-tensioning solutions:
1. A marine building at Plymouth University required the largest concrete beams ever produced in the UK, measuring up to 16.3 meters long and 500mm by 750mm deep. They were post-tensioned using BBR VT CONA CMI anchors to address deflection issues.
2. A building at the University of Sydney featured transfer beams up to 12 meters long with complex profiles. Concerns around excessive heat from the deep beams during curing required specialized concrete mix designs and monitoring to prevent structural issues.
The projects showcased technically challenging post-tensioning applications to construct unusual university building designs.
1) Switching to new CNC software has helped Springfield Marine increase machining productivity and reduce programming time. The new software automatically generates more efficient toolpaths that allow for higher feed rates.
2) The new software automatically recognizes features in solid models, eliminating the need for manual rework. It also stores machining operations that can be quickly applied, reducing programming time by two-thirds on average.
3) For a sandcast aluminum seat swivel part, the software helped increase the roughing feed rate from 75 to 200 inches per minute and reduced programming time from several days to a few hours.
Reinforced cement concrete (RCC) uses steel reinforcement within concrete to improve its tensile strength. Concrete is strong under compression but weak under tension. Steel reinforcement provides high tensile strength due to its high tensile capacity and good bond with concrete. Steel also has a higher elastic modulus, allowing it to resist forces better than concrete alone under the same extension. Cement is a binder that hardens when mixed with water, and can be classified as hydraulic or non-hydraulic. Hydraulic cement can set even when wet or underwater due to additions like fly ash that allow curing in wet conditions. Portland cement is the most common type and consists mainly of tricalcium silicate, dicalcium sil
This document discusses Total Quality Management (TQM) practices at Tata Steel. It outlines Tata Steel's TQM philosophy of customer focus, continuous improvement, and employee empowerment. The objectives of TQM at Tata Steel are to achieve total customer satisfaction through quality as the top priority. Challenges faced include market pressures and overcapacity. Tata Steel implemented initiatives like the Business Excellence Model to drive changes. This reduced costs and improved productivity, quality, and financial performance. Recommendations include increasing R&D spending, optimizing production processes, and tapping into rural markets.
Presentation on steel, fabrication & erection Munger Ganga BridgeAshish Kumar Yadav
Presentation on Steel Fabrication work and Erection of girder by Cantilever erection method.
One of the largest bridge in India (Bridge Length 3.690 Km)
Similar Bridge 1. Patna- Sonpur (Digha Bridge) across the river Ganga, Bihar
2. Bogibeel across river Brahmaputra in Assam
Fabrication and Quality Control of structural steelAhmed Allam
Fabrication is the process of assembling steel structures after production in mills. It involves receiving raw materials like steel sections, plates, and fasteners then preparing them through cutting, drilling holes, and rolling plates. The main fabrication procedures are production using cold forming, welding together components after edge preparation, and applying surface protection through methods like blasting and painting. Non-destructive testing techniques help ensure quality by identifying any defects in welds. Quality control focuses on maintaining standards while quality assurance establishes how well quality will be achieved.
This document discusses quality control of concrete through various tests on fresh and hardened concrete. It begins with an introduction to concrete and quality, then discusses where quality control begins in the production of materials and continues through handling, batching, mixing, transporting and placing concrete. Key tests on fresh concrete include slump and compacting factor tests, while tests on hardened concrete include compression, tensile strength, and flexural strength tests to evaluate the quality and strength of the concrete. The document also reviews materials used in concrete such as cement, water, aggregates, and admixtures.
This document discusses the history and types of reinforcement management. It introduces reinforcement, defined as strengthening a behavior through consequences. Positive reinforcement increases behavior by adding a reward, while negative reinforcement strengthens behavior to remove an unpleasant stimulus. Punishment weakens behavior by adding an aversive stimulus. Extinction decreases behavior by removing a reinforcing stimulus. The document also outlines how organizations use reinforcement through incentives to increase productivity, safety, and reduce absenteeism and injuries.
Reinforced concrete is a composite material consisting of concrete and steel reinforcement. François Coignet built the first iron reinforced concrete structure in 1853. Reinforced concrete uses the strengths of both materials - concrete is strong in compression and steel is strong in tension. It is used widely in construction for buildings, bridges, tunnels and other structures due to its high strength and durability.
This presentation summarizes the key aspects of one-way slab design. It defines one-way slabs as having an aspect ratio of 2:1 or greater, with bending primarily along the long axis. The presentation discusses the types of one-way slabs including solid, hollow, and ribbed. It also outlines the design considerations for one-way slabs according to the ACI code, including minimum thickness, reinforcement ratios, and bar spacing. An example problem demonstrates how to design a one-way slab for a given set of loading and dimensional conditions.
This document discusses reinforced concrete and its properties. It explains that concrete is weaker in tension than compression, while steel has high tensile strength and bonds well with concrete. When combined, they form reinforced concrete which is strong and durable. The steel carries tensile forces while the concrete resists compression. Proper placement of reinforcement during construction is important for bond. Methods of bending, tying, and installing rebar are also outlined.
1. The document provides engineering formulas and equations for statistics, mechanics, electricity, fluid mechanics, thermodynamics, structural analysis, and simple machines.
2. Key formulas include those for mean, median, mode, standard deviation, and probability. Mechanics formulas include those for force, torque, energy, power, and kinematics.
3. Formulas are also provided for stress, strain, modulus of elasticity, beam deflection, truss analysis, and mechanical advantage of simple machines like levers, inclined planes, and gears.
Bar Bending Schedule (BBS) is a chart which gives a clear picture of bar length, diameter of bar ,bar mark ,location of bar.
It allow workers to place steel properly.
The document provides guidelines for properly detailing reinforced concrete structural elements. It discusses good detailing practices for slabs, beams, columns, and foundations to ensure structural safety and prevent failures. Proper detailing is emphasized as being essential for translating design calculations into actual construction and avoiding mistakes that could lead to collapse.
This document discusses the design of two-way slabs. It defines a two-way slab as having a ratio of long to short spans of less than 2. The main types of two-way slabs described are flat slabs with drop panels, two-way slabs with beams, flat plates, and waffle slabs. The basic steps of two-way slab design are outlined, including choosing the slab type and thickness, the design method, calculating moments, determining reinforcement, and checking shear strength. Two common design methods are described: the direct design method which uses coefficients, and the equivalent frame method which analyzes frames cut between columns.
information on types of beams, different methods to calculate beam stress, design for shear, analysis for SRB flexure, design for flexure, Design procedure for doubly reinforced beam,
The superstructure of a building consists of elements above the foundation like beams, columns, lintels, roofing and flooring. Beams are horizontal members that carry loads and transfer them to columns or walls. Reinforced concrete beams are designed to resist both bending moments and shear forces from loads. There are different types of beams like simply supported, fixed, cantilever, continuous and overhanging beams which are designed based on how they are supported. Columns are vertical load bearing members that transfer loads from beams and slabs to the foundation. Common column types include long, short and intermediate columns. Lintels are short horizontal members that span small openings like doors and windows and transfer loads to masonry, steel or reinforced concrete
BIM ASCE provides consulting services for steel structure design, detailing, documentation, estimation, and construction management. Their services include steel structural modeling, detailed design, shop drawings, material take-offs for cost estimation, and fabrication drawings. BIM ASCE aims to integrate design, fabrication, and construction processes to reduce errors and improve project coordination.
Over the course of a decade, Silicon Valley's certified engineers have dutifully served their clients on numerous simple yet distinguished projects both nationally and internationally. This is owing to the company's commitment to keeping up with the latest advancements in the construction industry and modern technologies.
Precast Panel Detailing Services entails producing detailed blueprints and designs for concrete panels that will be used in various projects. These plans consider the specific needs of the project and ensure that the panels are produced to meet the required standards, resulting in an effective and cost-efficient process.
Architectural Engineering Construction AEC ProjectsSunny Marks
Hi-Tech iSolutions LLP considers ourselves as a leading service provider and consultant of mechanical designs. We are an outsourcing firm passionate about the creation of all types of mechanical designs like machine designs and tools designs. We pride itself in combining innovation in AutoCAD technology to provide comprehensive, accurate and quality mechanical designs as per your requirements. for more information visit our website: www.hitechos.com
Silicon Valley Infomedia provides rebar detailing services including rebar shop drawings, 2D and 3D modeling, bar bending schedules, and as-built drawings. Rebar detailing involves creating detailed drawings of reinforcing steel placement in concrete structures to ensure correct installation for structural integrity and safety. Using technologies like Tekla and AutoCAD, their specialized team develops modeling for commercial, institutional and other projects. Rebar detailers create shop drawings outlining rebar placement, size and bending to help fabrication and installation.
The document discusses managing building information modeling (BIM) in the UK. It provides background on BIM, including that it is a process rather than a technology for creating a digital representation of a building over its lifecycle. The UK government demands BIM for public projects to reduce the estimated £10-20 billion wasted annually due to issues like unclear designs. It expects BIM level 2 use on all projects by 2016. While BIM faces skepticism in the UK, standards and policies are improving adoption. The document also outlines the benefits of BIM for reducing waste, enabling collaboration and data sharing across a building's design, construction and use.
TrueCADD - Leading Engineering and Design Services provider in India. We have executed more than 5000+ projects related to Architectural Engineering, Construction and Industrial Services.
Specializes in:
- CAD Design & Drafting Services
- Rapid Prototyping
- FEA/CFD Analysis & Simulation
- Reverse Engineering
- 3D Rendering & Modeling
- Industrial Product Design & Simulation
- BIM 2D/3D/4D/5D/6D/7D Modeling
- Energy Modeling & Simulation
- eQuest Modeling
- MEP Design Drafting
- Structural Design Drafting
- Steel & Rebar Detailing Services
If you would like to discuss your requirements with our executive, please visit us at http://www.truecadd.com
For any queries, email us: info@truecadd.com
The document describes several new features and improvements to the STRUDS software. Some key additions include the ability to import and export files with ETABS, new options for perpendicular snapping and window selection in column modeling, and the implementation of Fe550 grade steel in structural designs. Improvements were also made to DXF drawings for beams, slabs, columns, shear walls, and footings.
Silicon Engineering Consultants LLC: Setting the Gold Standard in Steel Detailing Services. Discover how our expertise ensures precision, safety, and cost-effectiveness in structural projects, making us a trusted name in the AEC industry.
This document provides a manual for the design and detailing of reinforced concrete structures according to the Code of Practice for Structural Use of Concrete 2004. It outlines key aspects of the code including basis of design, design loads, materials, ductility requirements, and provides guidance on detailing various reinforced concrete elements like beams, slabs, columns, foundations and more. Design examples, derivations and appendices are included to aid understanding and application of the code.
Fabrication and Quality Control of structural steelAhmed Allam
Fabrication is the process of assembling steel structures after production in mills. It involves receiving raw materials like steel sections, plates, and fasteners then preparing them through cutting, drilling holes, and rolling plates. The main fabrication procedures are production using cold forming, welding together components after edge preparation, and applying surface protection through methods like blasting and painting. Non-destructive testing techniques help ensure quality by identifying any defects in welds. Quality control focuses on maintaining standards while quality assurance establishes how well quality will be achieved.
This document discusses quality control of concrete through various tests on fresh and hardened concrete. It begins with an introduction to concrete and quality, then discusses where quality control begins in the production of materials and continues through handling, batching, mixing, transporting and placing concrete. Key tests on fresh concrete include slump and compacting factor tests, while tests on hardened concrete include compression, tensile strength, and flexural strength tests to evaluate the quality and strength of the concrete. The document also reviews materials used in concrete such as cement, water, aggregates, and admixtures.
This document discusses the history and types of reinforcement management. It introduces reinforcement, defined as strengthening a behavior through consequences. Positive reinforcement increases behavior by adding a reward, while negative reinforcement strengthens behavior to remove an unpleasant stimulus. Punishment weakens behavior by adding an aversive stimulus. Extinction decreases behavior by removing a reinforcing stimulus. The document also outlines how organizations use reinforcement through incentives to increase productivity, safety, and reduce absenteeism and injuries.
Reinforced concrete is a composite material consisting of concrete and steel reinforcement. François Coignet built the first iron reinforced concrete structure in 1853. Reinforced concrete uses the strengths of both materials - concrete is strong in compression and steel is strong in tension. It is used widely in construction for buildings, bridges, tunnels and other structures due to its high strength and durability.
This presentation summarizes the key aspects of one-way slab design. It defines one-way slabs as having an aspect ratio of 2:1 or greater, with bending primarily along the long axis. The presentation discusses the types of one-way slabs including solid, hollow, and ribbed. It also outlines the design considerations for one-way slabs according to the ACI code, including minimum thickness, reinforcement ratios, and bar spacing. An example problem demonstrates how to design a one-way slab for a given set of loading and dimensional conditions.
This document discusses reinforced concrete and its properties. It explains that concrete is weaker in tension than compression, while steel has high tensile strength and bonds well with concrete. When combined, they form reinforced concrete which is strong and durable. The steel carries tensile forces while the concrete resists compression. Proper placement of reinforcement during construction is important for bond. Methods of bending, tying, and installing rebar are also outlined.
1. The document provides engineering formulas and equations for statistics, mechanics, electricity, fluid mechanics, thermodynamics, structural analysis, and simple machines.
2. Key formulas include those for mean, median, mode, standard deviation, and probability. Mechanics formulas include those for force, torque, energy, power, and kinematics.
3. Formulas are also provided for stress, strain, modulus of elasticity, beam deflection, truss analysis, and mechanical advantage of simple machines like levers, inclined planes, and gears.
Bar Bending Schedule (BBS) is a chart which gives a clear picture of bar length, diameter of bar ,bar mark ,location of bar.
It allow workers to place steel properly.
The document provides guidelines for properly detailing reinforced concrete structural elements. It discusses good detailing practices for slabs, beams, columns, and foundations to ensure structural safety and prevent failures. Proper detailing is emphasized as being essential for translating design calculations into actual construction and avoiding mistakes that could lead to collapse.
This document discusses the design of two-way slabs. It defines a two-way slab as having a ratio of long to short spans of less than 2. The main types of two-way slabs described are flat slabs with drop panels, two-way slabs with beams, flat plates, and waffle slabs. The basic steps of two-way slab design are outlined, including choosing the slab type and thickness, the design method, calculating moments, determining reinforcement, and checking shear strength. Two common design methods are described: the direct design method which uses coefficients, and the equivalent frame method which analyzes frames cut between columns.
information on types of beams, different methods to calculate beam stress, design for shear, analysis for SRB flexure, design for flexure, Design procedure for doubly reinforced beam,
The superstructure of a building consists of elements above the foundation like beams, columns, lintels, roofing and flooring. Beams are horizontal members that carry loads and transfer them to columns or walls. Reinforced concrete beams are designed to resist both bending moments and shear forces from loads. There are different types of beams like simply supported, fixed, cantilever, continuous and overhanging beams which are designed based on how they are supported. Columns are vertical load bearing members that transfer loads from beams and slabs to the foundation. Common column types include long, short and intermediate columns. Lintels are short horizontal members that span small openings like doors and windows and transfer loads to masonry, steel or reinforced concrete
BIM ASCE provides consulting services for steel structure design, detailing, documentation, estimation, and construction management. Their services include steel structural modeling, detailed design, shop drawings, material take-offs for cost estimation, and fabrication drawings. BIM ASCE aims to integrate design, fabrication, and construction processes to reduce errors and improve project coordination.
Over the course of a decade, Silicon Valley's certified engineers have dutifully served their clients on numerous simple yet distinguished projects both nationally and internationally. This is owing to the company's commitment to keeping up with the latest advancements in the construction industry and modern technologies.
Precast Panel Detailing Services entails producing detailed blueprints and designs for concrete panels that will be used in various projects. These plans consider the specific needs of the project and ensure that the panels are produced to meet the required standards, resulting in an effective and cost-efficient process.
Architectural Engineering Construction AEC ProjectsSunny Marks
Hi-Tech iSolutions LLP considers ourselves as a leading service provider and consultant of mechanical designs. We are an outsourcing firm passionate about the creation of all types of mechanical designs like machine designs and tools designs. We pride itself in combining innovation in AutoCAD technology to provide comprehensive, accurate and quality mechanical designs as per your requirements. for more information visit our website: www.hitechos.com
Silicon Valley Infomedia provides rebar detailing services including rebar shop drawings, 2D and 3D modeling, bar bending schedules, and as-built drawings. Rebar detailing involves creating detailed drawings of reinforcing steel placement in concrete structures to ensure correct installation for structural integrity and safety. Using technologies like Tekla and AutoCAD, their specialized team develops modeling for commercial, institutional and other projects. Rebar detailers create shop drawings outlining rebar placement, size and bending to help fabrication and installation.
The document discusses managing building information modeling (BIM) in the UK. It provides background on BIM, including that it is a process rather than a technology for creating a digital representation of a building over its lifecycle. The UK government demands BIM for public projects to reduce the estimated £10-20 billion wasted annually due to issues like unclear designs. It expects BIM level 2 use on all projects by 2016. While BIM faces skepticism in the UK, standards and policies are improving adoption. The document also outlines the benefits of BIM for reducing waste, enabling collaboration and data sharing across a building's design, construction and use.
TrueCADD - Leading Engineering and Design Services provider in India. We have executed more than 5000+ projects related to Architectural Engineering, Construction and Industrial Services.
Specializes in:
- CAD Design & Drafting Services
- Rapid Prototyping
- FEA/CFD Analysis & Simulation
- Reverse Engineering
- 3D Rendering & Modeling
- Industrial Product Design & Simulation
- BIM 2D/3D/4D/5D/6D/7D Modeling
- Energy Modeling & Simulation
- eQuest Modeling
- MEP Design Drafting
- Structural Design Drafting
- Steel & Rebar Detailing Services
If you would like to discuss your requirements with our executive, please visit us at http://www.truecadd.com
For any queries, email us: info@truecadd.com
The document describes several new features and improvements to the STRUDS software. Some key additions include the ability to import and export files with ETABS, new options for perpendicular snapping and window selection in column modeling, and the implementation of Fe550 grade steel in structural designs. Improvements were also made to DXF drawings for beams, slabs, columns, shear walls, and footings.
Silicon Engineering Consultants LLC: Setting the Gold Standard in Steel Detailing Services. Discover how our expertise ensures precision, safety, and cost-effectiveness in structural projects, making us a trusted name in the AEC industry.
This document provides a manual for the design and detailing of reinforced concrete structures according to the Code of Practice for Structural Use of Concrete 2004. It outlines key aspects of the code including basis of design, design loads, materials, ductility requirements, and provides guidance on detailing various reinforced concrete elements like beams, slabs, columns, foundations and more. Design examples, derivations and appendices are included to aid understanding and application of the code.
The document is a resume for Anton Bondarchuk who works as a structural RC BIM technician and Revit modeler, drafter, and scheduler. It lists his projects including LinQ, Concerto, Aurelia, and Civic Heart. It describes his skills in drafting and detailing reinforced concrete structures in Revit including column and slab reinforcing, raft foundations, and crane base rebar. It also mentions his experience with Dynamo for Revit modeling automation and data management.
The New CISC Architecturally Exposed Structural Steel DocumentsTerri Meyer Boake
This document discusses Architecturally Exposed Structural Steel (AESS) and provides guidance on specifying AESS for construction projects. It introduces AESS and some of its history. It then outlines new AESS specification documents that aim to provide a common language between architects, engineers, and fabricators to better communicate expectations. These include dividing AESS into categories based on factors like distance and visibility, and providing estimated cost premiums for different categories. The goal is to clarify AESS specifications while recognizing that not all projects require the same level of craftsmanship.
7Solutions India is a leading India based experienced cad engineering company, offers a range of structural engineering services, architectural engineering services and MEP engineering services and sample of residential, commercial, industrial, institutional, educational and non-building structures. at lowest price. If you have any query related to structural services, structural drafting and design services, structural steel detailing. Ask our CAD professional by submitting small quick contact form or to give us a call or email us. Our structural engineers will assist you within 1 business day.
Structural Drafting Services:
• Foundation Plan Drawing with footing and column schedules
• Shallow, deep and machine foundation drawings
• Sheet Pile foundation drawings
• Structural layouts with decking, joist for Reinforced Cement Concrete beam framing
• Roof Truss and Joist details
• Floor and Roof Framing Plan with detail sections
• Pre-stressed structure drawings
• Reinforced Cement Concrete Chimney with reinforcement details
• Tendon profile with co-ordinate for Post Tensioned slabs
• Reinforced Cement Concrete Joint And Slab Details
• Staircase detailing
• Special structures like Water Retaining tanks, Retaining wall, shell, decks, bulkheads, masts, funnels, bridges, transmission towers etc
• Curved and planar structures of side
• Bar Bending schedule of all Reinforced Cement Concrete structural elements as per relevant standards
Structural Steel Detailing Services at the most competitive prices:
• Steel Shop drawings
• Steel Bar Joist drawings
• Shallow, Raft and Pile Foundation drawings
• Anchor Setting Plan
• Column connection to the foundation with base plate details
• Erection Drawings
• Steel member Detail Drawings - for columns, beams and bracings with location of bolt holes and connecting members
• Chimney Foundations Drawings with Base Plate, Shoe Plate and Foundation Bolt details
• Piping and Plumbing Shop Drawings
• Longitudinal and Cross Sections of Beams/Columns
• Welded, Riveted or Bolted Steel connection details
Structural Designing Services at the most competitive prices:
• Validation of Structural Designs
• Storm Water Management Design
• Water Retaining Structures Design
• Water Drainage Design
• Retaining Structures Design
• Foundation Design
• Temporary Work Design
• Structural Engineering Design
• Method Statements Design
Familiar Codes (Standards):
• US Standards
• British Standards
• Australian Standards
Contact us or send us email at info@7solutionsindia.com to get immediate response for your structural steel detailing and design requirement.
7solutions India is a leading structural engineering firm specialized in structural steel detailing services, structural drafting services and structural steel design services for worldwide structural engineers, steel fabricators, steel detailers, architects, construction firms and steel erectors. Contact us for structural drafting services, structural steel detailing, structural steel design services and sample. Our structural engineers are ready to help you.
Discover the myriad benefits of Structural Steel Detailing Services by Silicon Consultant LLC in this visually engaging presentation. Streamline your projects with precision and efficiency.
Silicon Engineering Consultants LLC is a leading CAD
an outsourcing service providers offering an extensive range
of detailing and BIM services in different engineering
disciplines. With over 14+ years of experience, we have
provided architects, fabricators, and AEC contractors
with affordable services.
Our Rebar Services Include:-
• Rebar Detailing Services
• Rebar Shop Drawings Services
• Rebar fabrication Services
• Rebar Framing Plan Design
• Rebar Structure Foundation
• Rebar Pit Design
• Rebar Framing Plan
• Rebar Beam Design
• Rebar Structure Steel Detailing
• Structure Foundation Rebar Detailing
Importance of Steel Detailing for Steel Fabricators and Structural Engineersmetzens
https://www.matzensolutions.com/structural-steel-detailing-services/ - A structural design detail plan of an infrastructure of a building facility undergoes a variety of inspection, evaluation, and redesigning stages before it is forwarded for the fabrication of steel and execution on the site.
Once the plan gets finalized, steel detailers prepare steel shop drawings so as to coordinate with the steel fabricator. One of the things to ensure while drawings undergo a transition from designing to fabrication is that the structure’s integrity is maintained adequately.
BSI Construction standards covers seven core areas of construction standards: design, structures, construction products, built environment engineering, infrastructure, site operations, and facilities management. The standards aim to improve innovation and competitiveness in the UK and overseas construction industry. Some highlighted standards include BS 6100 on construction vocabulary, BS 8300 on design of buildings to meet disabled access needs, and BS 9999 on fire safety in building design, management, and use.
This document provides an overview of the course "Construction Management and Accounts". It discusses topics such as construction planning, site organization, construction labour laws, control of work progress, inspection and quality control, safety, construction equipment, and public works accounts. The key objectives of construction management are planning, organizing, staffing, directing, controlling and coordinating construction projects. Planning involves activities like developing work breakdown structures and scheduling using bar charts and network techniques. [END SUMMARY]
This document provides the rationale and detailed contents for the subject "Steel Structures Design and Drawing".
1) The subject deals with elementary design principles of steel structures as per BIS code of practice and relevant drawings. It will help diploma holders supervise steel construction and fabrication or design simple structural elements.
2) The detailed contents include theory topics like properties of structural steel, riveted and welded connections, design of tension members, compression members, beams, and roof trusses. It also includes steel structures drawing exercises like preparation of drawings for a steel roof truss and drawings showing steel connections and a plate girder.
3) The instructional strategy suggests giving simple design problems and
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive function. Exercise causes chemical changes in the brain that may help protect against mental illness and improve symptoms.
RGS TrackMate is a web-based rebar project management system that allows contractors, engineers, and detailers from different companies and locations to collaborate online. It offers features such as real-time access to project information from any device, tracking of weight changes and revisions, and alerts when schedules slip or weights deviate from targets. RGS TrackMate automatically processes file uploads, validates data, and prevents issues through quality control checks.
RGS Rebar Shop is rebar production software for small to medium fabricators using semi-automated machines. It allows users to import rebar details, validate specifications, calculate cut lengths, manage inventory, generate reports, and interface with machines. As fabricators upgrade to more advanced CNC equipment, the software can be converted to RGS Rebar Shop CNC for sophisticated automation. Customer support is provided by phone and email during standard hours.
1. RGS REBAR SITE software can save around 10% of rebar costs by guiding cutting and bending of rebar at the construction site instead of the shop.
2. The software provides easy-to-understand graphical instructions for site workers to cut and bend rebar, reducing waste.
3. Contractors can increase profits by 10% or more by using this site fabrication method instead of traditional rebar cutting and bending.
RGS-REBAR is a state-of-the-art rebar detailing software that was developed to meet the requirements of large construction projects. It runs on the AutoCAD platform and has been used to detail hundreds of projects internationally. RGS-REBAR aims to increase productivity through features like its reusable smart details library, automatic rebar spreading, and automatic bend shape recognition. It also offers quality control checks and supports generating reports like bar lists and placing schedules.
1. INFRASTRUCTURE SEPTEMBER 19, 2011 3
Rebar detailing to upgrade
quality of RCC structures
Rebar detailing is a How to reduce 15 per cent. However, when rebar
rebar wastage detailing is applied, placing issues
necessary first step Measures are necessary at site to are visually seen in the drawings and
to convert structural improve rebar tying and placement can be corrected before cutting the
quality. This can be achieved by bars. This can save substantial time
drawing into a and money.
introducing the practice of reinforcing
bar bender bar (in short, rebar) detailing and How to do rebar detailing
understandable preparing placement drawings. Rebar Rebar detailing is best done using
detailing is a necessary first step to specialty software designed for the Responsibility for volunteer to show these records for
drawing, called rebar convert structural drawing into a bar rebar detailing an independent third party inspection.
purpose. Professional rebar detailing
placement drawing bender understandable drawing, software has in-built validations to It is a builder’s responsibility to In that list, the rebar placing drawing
called rebar placement drawing. control rebar size, length, leg values, prepare rebar placing drawings; it is doubtful one. While handing over
This rebar placement drawing gives bend shapes, bending radius, etc so acts as a bridge between design the building, a soft copy of the
a pictorial image for the bar bender that quality of the placing drawings and construction. Construction documentation should be given to
Steel is the most expensive material (iron worker) as specified by the is controlled. practices like pour sequence, ability the buyer. In future, if any repair or
that goes to form reinforced concrete designer. In some software, the wastages to construct column, wall in one or alteration is required on the structure,
(RCC). RCC is the major component A design drawing given by a can be previewed before generating more lifts, market available stock rebar placing drawings would be of
of our infrastructure. Therefore, structural engineer does not show the Bar Bending Schedule (BBS). The lengths, and opportunities for ordering great help.
economy in use of steel and avoiding bar clashes or real congestion of detailing lengths can be modified to special lengths are considered while Advantages of
wastage of steel at construction site rebar. Hence, bar clashes and fitting reduce the wastage. After modifying detailing. rebar detailing
is most important. It is time that our problems are checked automatically. the details, an optimised BBS is Detailing by Since the placing drawings
builders and contractors introduce In the current practice, the laps for generated automatically. are checked against the structural
globally adopted practice of rebar rebar are not planned. This leads
responsible person
It is necessary to have a specific drawings, the BBS generated ones will
detailing to improve the quality of our to wastage. Large numbers of cut provide validated bill of quantities.
rebar detailing manual authenticated
RCC infrastructure and avoid wastage bars are thrown away as scrap. This STEEL Previewing the placing issues
by the Bureau of Indian Standards
of precious steel. wastage can be as high as 10 to enables us to correct costly errors
(BIS). This will have to incorporate the
recommendations of the Handbook even before they occur.
on Reinforcement Detailing, already The structures will be constructed
available as a special publication of as per the structural design.
the BIS. The wastage is correctly assessed
Detailing requires a responsible and reduced.
person who knows CAD drafting and The ISI Code provisions can be
structural drawing reading. He has fully checked on each and every piece
to be taught to use the professional of rebar before construction.
rebar detailing software and should Optimised and accurate BBS is
know the basic practices of rebar automatically generated.
detailing. Introduction of the rebar detailing
In the absence of a specific rebar and placing preparation is the first
detailing manual, unlike in the US, step towards saving steel. Rebar
some professional rebar detailing detailing is unavoidable whether it is
companies, who are already working a small apartment building or a huge
for international markets, could infrastructure project.
publish this, in the best interests of
our country and use it as an industry
standard. Amish
Quality certification Parikh
for structure The author is Center
Director - RGS Institute
Our builders should maintain for Construction
certain documentation in proof of Management and
Managing Partner,
the quality of the structure and Skyspan Technologies
Earnings, not order book to boost India to invest $1trillion in infra
construction firms’ valuations
Prime Minister Manmohan Singh arbitrary decisions. “Infrastructure will transparency are vital touchstones
said recently that good road network play a key role in achieving our growth that should be used for judging our
CRISIL Research, India’s leading companies have a healthy order
across the country is of paramount target of nine per cent. Our effort is to level of success. These are especially
independent and integrated research book of 2.5x FY11 revenues which
importance to achieving nine per double the investment of $500 million important when we deal with the
house, believes that earnings, not order provides good revenue visibility and
cent growth, targeted for the next in the 11th Five Year plan to around $1 private sector. We must remember that
book, will drive the valuations of Indian interest rates are expected to peak in
Five Year Plan (2012-13 to 2016-17), trillion in the 12th plan,” he said. these are public projects where public
construction companies. Though the near term. Additionally, one cannot
and adequate investment would be “It is also necessary to ensure interest must be foremost in our mind,”
most companies have a healthy order ignore the long-term growth potential
directed towards road infrastructure projects are awarded in a fair and he added.
book, valuations have taken a beating for companies in this sector given the
development. transparent manner to avoid suspicion “It seems a very challenging
due to muted earnings growth mainly large-scale infrastructure spending
At the same time, he insisted of favouritism,” he told a conference task, but I am convinced that our
due to execution hurdles, hardening expected over the next five years.
that the awards on private sector on ‘Challenges and opportunities in economy has the resilience to live
interest rates and stretched working According to Prasad Koparkar,
were placed in a fair and transparent public-private partnership in national up to challenges that lie ahead”, he
capital cycle. In the past one year, Head - Industry and Customised
manner so as to dispel any fears or highways’. He further said that for further said.
construction stocks have significantly Research, CRISIL Research, “The
charges that the government was a large road building programme,
underperformed -- negative 55 per current state of infrastructure is
resorting to any form of favouritism or “efficiency, economy, competition and
cent return compared to S&P CNX increasingly becoming a bottleneck
to the ambitious 9 per cent+ GDP
growth target. Hence, spending on
NEWS BRIEFS infrastructure is imminent. We expect
construction investments to grow at a
NIFTY’s negative 8 per cent. Even
CAGR of 13 per cent to Rs 14.8 trillion
over FY12-16.” Private firms may be replaced in DMIC
though some of these concerns may During the strong growth years of
continue to plague the industry in the 2005 to 2008, construction companies The Cabinet is toying with a crucial of interest at a later stage as private the government is planning to create
near term, CRISIL Research believes were valued on their order book position. proposal from the finance ministry financial institutions are also eyeing a $9 billion (Rs 40,500 crore) revolving
that at current valuations, which are Coupled with robust economy growth for a major equity restructuring plan downstream investments in the fund for DMICDC. “Under the proposal
at historical lows, the risk reward ratio and high infrastructure spending, to replace existing private financial project,” he said. which has already been moved to the
appears favourable given the growth most construction companies traded institutions -IDFC and IL&FS - with “LIC and HUDCO are likely to replace Cabinet - the government will put in
potential of the sector. at their all-time high. However, over government owned financial institutions the private financial institutions,” said $4.5 billion and the remaining $4.5
After registering strong earnings the past two years, the order book in the Delhi-Mumbai Industrial Corridor a senior government official. “The exit billion will brought in from Japanese
growth of ~60 per cent during FY05- has witnessed muted growth and Development Corporation Ltd proposal has been made on the basis banks and financial institutions,” he
08, construction companies reported profitability has weakened, resulting in (DMICDC). IL&FS and IDFC together of finance ministry’s recommendations said.
just 2 per cent growth during FY08-11 re-pricing of construction companies. hold 51 per cent in DMICDC. IL&FS to Cabinet.” “Japanese funding institutions
due to weak margins and high interest The construction companies’ holds 41 per cent, while IDFC holds 10 “IDFCs mission is promotion of such as JBIC and the Japanese
costs. While CRISIL Research expects valuations are currently at a historical per cent stake. infrastructure and we had taken the government’s ministry of trade and
earnings pressure to continue to cloud low with median one year forward “The Finance Ministry is keen to stake in DMIC to enable the process,” industry have agreed to finance the
FY12 due to execution hurdles and price-to-earnings ratio (PER) of 6.5x bring in government-owned financial an IDFC spokesman stated. “We remaining $4.5 billion, to be provided
high interest, it believes all is not lost. and one-year forward price/book ratio institutions in DMICDC to replace have not formally heard from the in three phases over three years,”
The silver lining: order awards and (P/BV) of 0.5x. existing private financial institutions,” government or DMIC. However we Kant said.
execution issues have started showing ( A CRISIL report) said Amitabh Kant, CEO, DMICDC. would have no issue to exit DMIC.”
signs of easing up during Q2FY12, “This is being done to avoid a conflict In order to fund the DMIC project,