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In India, the IS Code, or Indian Standard Code, exists to verify and authorise all aspects of civil engineering in the country. These codes are used at various times depending on the nature of the work and engineering projects. IS codes make it easier to identify any engineering project, whether it's a road, a steel plant, or underground construction. Everyone, from professional engineers to students, uses these codes at some point in their lives. In India, there are over 20,000 Indian Standard (IS) codes. IS codes for Civil Engineering, Mechanical Engineering, Electrical Engineering, Electronics, Agriculture, Food, and many other industries and sectors are covered. As new technologies and industry practices emerge, the number of IS codes continues to grow.
The article will have a full list of IS Codes for Civil Engineering. This list will definitely help you in examinations like GATE CE, RRB JE Civil and SSC JE CE.
Indian Standard Codes are the minimum needed standards set by experts for the design, construction, alteration, and maintenance of buildings. It addresses the most pressing concerns, such as earthquake safety and other natural forces such as wind, water, and fire. These codes assist us in "building right" the first time, which is critical. Because safety is paramount, they are created by experts through a laborious process. As new developments in the building design process are accommodated, these codes are reviewed and updated.
The construction industry is the most important employer, but it also faces significant challenges at all stages of development. When problems go unsolved, they pose a threat to people's safety and well-being.
IS codes, also known as Indian Standard codes, are a collection of standards formulated by the Bureau of Indian Standards (BIS) for diverse aspects of civil engineering. These codes offer guidelines, specifications, and safety prerequisites for construction materials, design parameters, testing techniques, and construction practices. They serve as a reference to guarantee consistency, safety, and excellence in civil engineering projects throughout India.
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The maximum size of aggregate in concrete depends upon
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These IS Codes deal with cement types, concrete mix design, testing procedures, and admixtures.
IS Code |
Title |
Use/Purpose |
Subject |
IS 269:1989 |
OPC, 33 Grade |
Specification for 33-grade Ordinary Portland Cement |
Cement & Concrete Tech |
IS 383:1970 |
Aggregates |
Guidelines for using coarse and fine aggregates in construction |
Building Materials |
IS 456:2000 |
RCC Code |
Main code of practice for reinforced concrete structures |
Concrete Structures |
IS 516:1959 |
Strength Testing |
Methods to test compressive and tensile strength of concrete |
Concrete Technology |
IS 10262:2009 |
Mix Design |
Guidelines for proportioning materials in concrete mix |
Concrete Technology |
IS 9103:1999 |
Admixtures |
Specification for plasticizers and other admixtures in concrete |
Building Materials |
IS 7320:1974 |
Slump Test Apparatus |
Standards for slump cone test equipment |
Concrete Testing Tools |
IS 5816:1999 |
Split Tensile Test |
Method for testing the tensile strength of concrete |
Concrete Technology |
IS 13311 (Part 1 & 2):1992 |
NDT |
Guidelines for non-destructive testing methods in concrete |
Testing of Concrete |
These codes cover specifications, testing, and applications of lime and gypsum materials.
IS Code |
Title |
Use/Purpose |
Subject |
IS 712:1984 |
Building Limes |
Specifications for different types of lime used in construction |
Building Materials |
IS 1624:1986 |
Lime Field Testing |
Field testing methods for quality checking lime on-site |
Construction Materials |
IS 1635:1992 |
Lime Putty |
Guidelines for preparing and using lime putty |
Construction Practices |
IS 2686:1977 |
Lime Concrete |
Use of cinder in lime concrete construction |
Concrete Technology |
IS 2469:1976 |
Gypsum Terms |
Glossary and definitions of gypsum-related terminology |
Building Materials |
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These IS codes provide standard practices for safe and efficient construction work at site, especially for plastering, scaffolding, and flooring.
IS Code |
Title |
Purpose/Use |
Subject |
IS 1661:1972 |
Code of practice for application of cement and cement-lime plaster finishes |
Guidelines for applying plaster on surfaces |
Construction Practices |
IS 4014:1967 |
Code of practice for steel tubular scaffolding |
Safety and setup instructions for scaffolding |
Construction Practices |
IS 2571:1970 |
Code of practice for laying in-situ cement concrete flooring |
Laying floors with proper surface finish |
Construction Practices |
The following IS codes help ensure quality and durability in the design and installation of doors, windows, and shutters in buildings.
IS Code |
Title |
Purpose/Use |
Subject |
IS 4021:1995 |
Timber Doors and Windows |
Specification for wooden doors and windows |
Building Materials |
IS 1038:1983 |
Steel Doors and Windows |
Specifications for steel frame openings |
Structural Components |
IS 9890:1981 |
Fire-check Doors |
Guidelines for fire-resistant door systems |
Safety Standards |
These codes are essential for designing steel structures and calculating loads for safe structural design.
IS Code |
Title |
Purpose/Use |
Subject |
IS 800:2007 |
Code of practice for general construction in steel |
Structural design of steel frameworks |
Structural Engineering |
IS 875 (Part 1–5) |
Code of practice for design loads (other than earthquake) |
Covers loads like dead, live, wind, snow, etc. |
Structural Engineering |
IS 808:1989 |
Dimensions of hot rolled steel sections |
Standard shapes and sizes for structural steel members |
Structural Sections |
We sincerely hope that the list of IS Codes for Civil Engineering was helpful and informative. Download our Testbook App and get access to these kinds of content for free. We have also launched GATE Civil Coaching and AE/JE Civil Coaching. Enrol Now.
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