Basics , Derivation , Philosophy and Examples for Concrete members Design
Learn to become expert
What you’ll learn
- Design Principles of Concrete Structures.
- ,Introduction to Concrete, Rebar (Reinforcement) , Merits and Demerits of Concrete Construction , Design Loads, Load Combinations , Mechanism of Load Transfer, Specification & Codes, Ultimate Strength Design (USD)/LRFD Method, Shrinkage & Creep , Testing Criteria Concrete, Study of Flexural Behavior (Derivation) , Minimum Depth for Deflection Control ACI 318 Lecture,Study of Flexural Behavior (Derivation) , Whitney’s Equivalent Stress block Diagram, Under Reinforced & Over Reinforced (Derivation) , Tension Controlled , Compression Controlled and Transition Sections ,Capacity Analysis & Rebar Guidelines ,Examples and Assignment.
Course Content
- Introduction –> 3 lectures • 1hr 7min.
- Study of Flexural Behavior (Derivation of Beam) –> 4 lectures • 1hr 8min.
- Analysis and Design Examples –> 1 lecture • 9min.
- Resources and Books –> 2 lectures • 15min.
Requirements
- Basic knowledge of materials, Structural Analysis.
Learn to become expert
In this course you will learn
Lecture – I – Introduction of Concrete, Rebar (Reinforcement) , Merits and Demerits of Concrete Construction
Lecture – 2 – Design Loads, Load Combinations , Mechanism of Load Transfer, Specification & Codes, Ultimate Strength Design (USD)/LRFD Method
Lecture – 3 – Shrinkage & Creep , Testing Criteria Concrete
Lecture – 4 – Study of Flexural Behavior (Derivation) , Minimum Depth for Deflection Control ACI 318
Lecture – 5 – Study of Flexural Behavior (Derivation) , Whitney’s Equivalent Stress block Diagram
Lecture – 6 – Under Reinforced & Over Reinforced (Derivation) , Tension Controlled , Compression Controlled and Transition Sections
Lecture – 7 – Capacity Analysis & Rebar Guidelines
Lecture – 8 – Example and Assignment
{ Learn to become expert
In this course you will learn
Lecture – I – Introduction of Concrete, Rebar (Reinforcement) , Merits and Demerits of Concrete Construction
Lecture – 2 – Design Loads, Load Combinations , Mechanism of Load Transfer, Specification & Codes, Ultimate Strength Design (USD)/LRFD Method
Lecture – 3 – Shrinkage & Creep , Testing Criteria Concrete
Lecture – 4 – Study of Flexural Behavior (Derivation) , Minimum Depth for Deflection Control ACI 318
Lecture – 5 – Study of Flexural Behavior (Derivation) , Whitney’s Equivalent Stress block Diagram
Lecture – 6 – Under Reinforced & Over Reinforced (Derivation) , Tension Controlled , Compression Controlled and Transition Sections
Lecture – 7 – Capacity Analysis & Rebar Guidelines
Lecture – 8 – Example and Assignment } – Repeated the same { Learn to become expert
In this course you will learn
Lecture – I – Introduction of Concrete, Rebar (Reinforcement) , Merits and Demerits of Concrete Construction
Lecture – 2 – Design Loads, Load Combinations , Mechanism of Load Transfer, Specification & Codes, Ultimate Strength Design (USD)/LRFD Method
Lecture – 3 – Shrinkage & Creep , Testing Criteria Concrete
Lecture – 4 – Study of Flexural Behavior (Derivation) , Minimum Depth for Deflection Control ACI 318
Lecture – 5 – Study of Flexural Behavior (Derivation) , Whitney’s Equivalent Stress block Diagram
Lecture – 6 – Under Reinforced & Over Reinforced (Derivation) , Tension Controlled , Compression Controlled and Transition Sections
Lecture – 7 – Capacity Analysis & Rebar Guidelines
Lecture – 8 – Example and Assignment } – Repeated the same