Shah Meet Devendra Beena

SD4011

Design of RCC- 4 Lane River Bridge

This project focused on designing a robust river bridge by blending fundamental bridge engineering principles with insights gathered from site visits and adherence to IRC 112 standards. Thorough load calculations, analysis of load applications, and problem statement assessments were conducted to address specific site challenges while ensuring compliance with regulatory requirements. All structural elements, including superstructure, substructure, and foundations, were meticulously designed to meet safety and durability standards. By integrating theoretical knowledge with practical observations, the resulting design offered a reliable and efficient solution tailored to the project's needs and the surrounding environment.

View Additional Work

Report Content

Site Visit: Gathering insights. Problem Analysis: Identifying challenges.

Case Study: Examining real-world scenarios. Hydraulics Calculation: Quantifying water flow dynamics

Loads Calculation: Quantifying forces. Application Analysis: Assessing their impact

Loads Calculation: Determining structural forces. Load Application: Applying calculated loads to bridge design.

Loads Calculation: Quantifying forces. Application Analysis: Assessing their impact

Pile Element Design and Detail per IRC: Compliant design of bridge piles following IRC specifications.

Pile Cap Design and Detail: Adhering to IRC standards for robust pile cap construction.

Pier Cap Design and Detail: Conforming to IRC guidelines for sturdy pier cap construction.

Deck Slab Design and Detail: Meeting IRC standards for durable and safe deck slab construction.

Girder Design and Detail: Ensuring IRC-compliant strength and stability for bridge girders.