Design Principles of Concrete Structures - II
Basics , Design of Single [4 Design Methods] and Doubly beam , T- Beam and Slab design
Description
The "Design Principles of Concrete Structures" course is designed to provide a comprehensive understanding of the fundamental principles and practices involved in designing concrete structures. It covers various aspects of concrete design, including structural analysis, material properties, and design methodologies. Here is a description of the key topics typically covered in this course:
Lecture -1- Load Transfer from Slabs to Beams
Lecture -2- Bar Bending Schedule
Lecture -3 Design Examples
Lecture -4- Flexural Analysis and Design of Doubly Beams
Lecture -5- Flexural Analysis and Design of T & L Beams
Lecture -6- Flexural Analysis and Design of T & L Beams
Lecture -7- One way slab design
Lecture -8- Two way slab design
How load transfer from slabs to beams is discussed and how bar bending schedule/tables are formed are discussed thoroughly. For 1-way and 2-way slab design, determine the design loads: Identify the dead load (self-weight of the slab and any permanent fixtures) and live load (occupancy and use-specific loads) that the slab will need to support. These loads are typically specified by local building codes or design standards. determine the effective span and effective depth: Calculate the effective span of the slab, which is the distance between the supports along the direction of the primary bending moment is discussed. Further topics are given above The Design Principles of Concrete Structures - II is continuation of Couse Design Principles of Concrete Structures - I. Throughout the course, students have to engage in design side by side with lectures.
What You Will Learn!
- Load Transfer Mechanism from Slab to beams, How to prepare Bar Bending Schedules (BBS)
- Design of beams with Detailed Examples, Analysis and design of T-Beams
- Analysis of Doubly reinforced beams and design of doubly reinforced beams
- Special Topics: Structural system in High Rise buildings, Ground improvement techniques, Structural Scheming (Structural Planning)
Who Should Attend!
- Civil Engineers, Technologist, Architects, Designers, Construction