Useful Codes & Standards For Civil And Structural Engineers

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One of the oldest branches of engineering in the world after military engineering is civil engineering. Wider scopes are meant to accelerate the fact that civil engineering is on the rise as emerging of rapid technology gives newer way to more job opportunities which itself give rise to few standard codes by the government making the task easier for civil and structural engineers. Various structural design courses are there which helps in making the task much easier. So it is very important to get updated with all the courses helping in wider growth in the future. Given below are the standard codes and standards for more efficient work performance.

  1. IS:456– It is the standard code for plain and reinforced concrete. It uses for a working design approach for which however it is also used for a limited design state. It is written in India and has five sections and eight annexures.
  2. IS:1489– This standard relates to Portland Pozzolana cement. Portland Pozzolana cement is a fly ash content with a mixture of gypsum and ordinary Portland cement. The content ranges from 15 percent to 35 percent and altering this range may result in severe complications which can result in low strength and defer in another chemical as well as mechanical properties.
  3. IS:8041– This standard refers to all the aspects of Rapid Hardening Portland Cement taking account of physical requirements as well. It is manufactured by mixing calcareous or other iron oxide bearing materials and burning them at clinkering temperature and grinding to produce the cement.
  4. IS:12330– This code refers to Sulphate resisting Portland cement and was adopted way back in 1988. Sulfate resisting Portland cement is a type of cement in which tricalcium aluminate is restricted to a low value. It is used for such areas where the risk of deterioration is at its peak.
  5. IS:3466– It is one of the widely used codes in the market today and was used as an emergency way back in 1966 to meet the demands of building industries. It refers to specifications for masonry cement. Masonry cement is a blend of Portland cement and various plasticizing materials.
  6. IS:4031– It’s an analysis and test on cement. The cement may be of the general type or hydraulic type but more it is of hydraulic type and standard operation procedure is been laid out which is been implemented with the help of this standard IS code.
  7. IS:1077– This is also one of the test types of Indian standards laid to initiate testing of bricks that are been used in masonry work. As the whole nucleus at which the strength lies in on the unit of a wall that is brick. So at most this code is very important to understand for civil as well as structural engineers. Even for designing as well, this code is vital as structural design courses are available where such code forms the base of every aspect of civil engineering.structural design courses

And on the other hand, there are been Indian standards upon which the whole system of engineering no matter whichever branch it might be should be adhering to laws and SOPs about it. Few listed are some of the most important Indian standard being laid by the government upon which we all need to comply with. Here they are

  1. IS:650– This Indian standard is a standard used for sand testing of cement. The rigidity and strength of cement depend on sand mixed with it. Brittle the property of the cement if it is prone to less or no sand.
  2. IS:2386 (Part IV) 1963– This standard is of interest to mechanical engineers as it is complying with methods for the test of mechanical properties for building materials. Mechanical properties refer to brittleness, ductility, malleability, etc, and lays a prime foundation for strength and toughness of every building material on which the whole structure that is dams, canals, building, or railway lines works durability lies on.
  3. IS:5454– It is the standard implemented for sampling for clay building bricks. Since sampling is one of the prime façades of every building materials to test every aspect of whether that particular materials suit for that particular project.
  4. IS:456-2000– The standard on which the practice of plain and reinforced concrete complies. Since going through all the above important standards this standard can be of utmost importance for civil engineers and thus civil engineering training plays a vital role in getting things done within less time.
  5. IS 2720 (Part. III) 1980 Sect/2– The standard for determining the specific gravities of fine, medium & coarse grain soil. Specific gravity is the comparison of the density of the testing material with the standard material. For liquid, it’s water and for gas it’s air. It has no unit. 

 

At last, I just want to conclude my blog by stating that though everything works on some particular standard and by referring to these standards can be easy and might be a boon for all civil and structural engineers thereby getting the things done in less time and higher efficiency. Thanks for going through the whole content. Stay tuned for much more.

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