What are the opening hours?

Monday 9am - 5pm Tuesday 9am - 5pm Wednesday 9am - 5pm Thursday 9am - 5pm Friday 9am - 5pm Saturday 9am - 5pm

Purbanchal Udyog

Name: Purbanchal Udyog
Address: Near Idgah Field & dhanuanagar, Tezpur, 784150, IN
Telephone: 9435081088
Price range: ££

Delivering quality products since 1990, associated with TATA TISCON, STAR, JOHNSON, HINDWARE, KEROVIT

24/03/2024

Happy Holi

08/03/2024

Maha Shivratri

31/12/2023

Happy New Year @2024

11/12/2023

Cover Blocks Available

11/12/2023

Special Kitchen Sinks Available

12/11/2023

Wish You a Happy Diwali

21/10/2023

Mahasaptami

02/10/2023

12/09/2023

Our Associated Brands.

07/09/2023

Lots of Gifts These September.
Visit our store for more details

15/08/2023

Happy Independence Day

06/08/2023

Happy Friendship Day

12/07/2023

Get Mesmerized With New Collection of 2x4 Tiles.

20/06/2023

Jagannath Yatra

18/06/2023

Happy Father's Day

13/06/2023

Types of Roof

05/06/2023

World Environment day

14/05/2023

Happy Mothers Day

08/05/2023

Stirrups are a type of reinforcement used in reinforced concrete structures to provide lateral support to the longitudinal bars and prevent them from buckling under compression. During an earthquake, the lateral forces generated by the seismic waves can cause significant bending and shear stresses in the reinforced concrete members, leading to structural failure if they are not properly designed.

Stirrups are typically bent at a 45 or 135-degree angle to provide the necessary confinement and prevent the longitudinal bars from buckling. This is because these angles provide the most effective resistance to the diagonal cracking that can occur in the concrete under seismic loading.

If the stirrups are not bent at these angles, they may not be able to provide the necessary lateral support to the longitudinal bars, and they may open or deform during an earthquake. This can lead to diagonal cracking and potential failure of the reinforced concrete structure.

It is important to ensure that the stirrups are properly designed and placed in reinforced concrete structures to withstand the forces generated during earthquakes. This can be achieved by following the appropriate building codes and regulations and engaging experienced and qualified engineers in the design and construction process.