India has several earthquake-prone zones like Bihar, Gujarat, Kashmir and so on. Some of the devastating tremors in these places have left tragic memories for people. After an earthquake in 1933, the use of TMT bars has become compulsory for some important constructions in seismic prone zones. It is also important to have a strong house in an earthquake-prone region like Bihar. Every house owner wishes to make his construction lasts for years. So, they look for the latest grades of TMT bars.
TMT bar price in India is quite affordable and offers the best quality steel bars for a strong structure. These bars comply with BIS standards and have high strength. They are available in different grades like Fe 415, Fe 500, Fe 550, Fe 600, Fe 650 and Fe 700. Now, every grade has its own specific seismic version and ductility. Therefore, customers should purchase bars according to their needs.
Things to Consider When Designing Seismic Resistant Buildings
One should analyze seismic-resistant designs of concrete structures in quake-prone regions. This will help in improving the seismic performance of their buildings thereby minimizing losses due to tremors. When making seismic proof design for concrete structures, there are three vital points to remember.
- Frequent and minor earthquake should not damage concrete structure.
- Moderate tremor should not result in huge structural damage, though there can beminor non-structural damages.
- The most essential point to keep in mind in seismic proof designing is infrequent and major tremors should not collapse a building.
Thus, to conclude it can be said that a building should be made so strong that it should remain unchanged even though a large tremor struck. So, people look for quality reinforcement bars even though they find TMT Saria price a bit high in Ranchi, West Bengal and other states.
Role of TMT Bars in Creating Seismic Resistant Structures
Reinforcement bars undergo a lot of inelastic deformation to withstand the stress and pressure of natural calamity. The quality of the steel bars determines their yielding strength and flexibility. The method of manufacturing the TMT bars determines its different parameters like degree of elongation, tensile strength, yield strength and so on. With course of time, these steel bars became the standard material for reinforcing concrete structures.
Using state-of-the-art technology, Tempcore technology, in TMT bar manufacturing provides an extraordinary combination of ductility and tensile strength. This property makes them suitable for use in seismic prone zones. This technology makes the outer layer hard and the inner layer soft thereby offering ductile property to TMT bars.
Some Features of TMT Steel Bars Suitable for Earthquake Resistant Structures
- Ductility
When it is about seismic resistance, ductility is a crucial feature. The exquisite manufacturing process of these bars provides high flexibility level to a concrete structure ensuring that the building retains its shape during the earthquake.
- Corrosion Proof
Corrosion also has a significant role in weakening a concrete structure in the long run. With corrosive rods, a building can stand the stress and pressure. The unique WINGRIB design and anti-corrosion property of TMT bars ensure that steel bars and the concrete have a strong bond. Together with these properties, these steel bars have superior bendability that enables the building to stand erect even when there is high stress.
- Superior Strength
Earthquake proof TMT bars come in diverse grades of ductility and strength. Different bars are chosen according to the type of construction and the seismic zone where the structure is built. For instance, TMT bar price in Rajasthan varies according to the degree of strength the bars offer.
Therefore, it is pretty clear that the greatest damage takes place in an earthquake when buildings collapse. To prevent this destruction, it is advisable to use the best quality TMT steel bars.