Concrete Technology WEEK 12: Special Purpose Concrete

Concrete Technology WEEK 11 Part 2: Corrosion in Reinforced Concrete

Concrete Technology WEEK 11 Part 1: Corrosion in Reinforced Concrete

Concrete Technology WEEK 10: Durability, Service Life and Degradation of Concrete Structures

Concrete Technology WEEK 9: Mechanical Properties of Hardened Concrete: Part 2

Concrete Technology WEEK 8: Mechanical Properties of Hardened Concrete: Part 1

Concrete Technology WEEK 7: Production and Quality Control of Concrete

Concrete Technology WEEK 6: Concrete Mixture Design (ACI-211 and Advanced Method), Batching, Mixing

Concrete Technology WEEK 5: Concrete Mixture Design (IS Method and DOE Method)

Concrete Technology WEEK 4: Chemical Admixtures and Mineral Admixtures

Concrete Technology WEEK 3: Aggregate Classification and Aggregate Properties

Concrete Technology WEEK 2: Testing of Cement and Types of Cement

Concrete Technology WEEK 1: Basics of Concrete and Cement

Advanced Reinforced Concrete Design Week 12: Design of Reinforced Concrete Two Way Slabs

Advanced Reinforced Concrete Design Week 11: Serviceability Criteria for Reinforced Concrete

Advanced Reinforced Concrete Design Week 10: Compression Behavior of RC Column: Part 2

Advanced Reinforced Concrete Design Week 9: Compression Behavior of RC Column: Part 1

Advanced Reinforced Concrete Design Week 8: Shear Design Part 2 and Torsion Behavior of RC

Advanced Reinforced Concrete Design Week 7: Flexure Behavior of Reinforced Concrete: Part 3

Advanced Reinforced Concrete Design Week 6: Flexure Behavior of Reinforced Concrete: Part 2

Advanced Reinforced Concrete Design Week 5: Flexure Behavior of Reinforced Concrete: Part 1

Advanced Reinforced Concrete Design Week 4: Axial Behavior of Reinforced Concrete

Advanced Reinforced Concrete Design Week 3: Durability of Reinforced Concrete

Advanced Reinforced Concrete Design Week 2: Properties of Reinforced Concrete

Advanced Reinforced Concrete Design Week 1: Introduction to Reinforced Concrete Design

Concrete Technology WEEK 12: Special Purpose Concrete

Concrete Technology WEEK 11: Chloride Induced Corrosion and Corrosion Science

Concrete Technology NPTEL 10: Durability of Concrete

Concrete Technology WEEK 9: MoE, Fatigue, Bond Strength, Creep and Shrinkage

Concrete Technology WEEK 8: Compressive Strength and Tensile Strength of Concrete

Concrete Technology WEEK 7: Production and Quality Control of Concrete

Concrete Technology WEEK 6: Concrete Mixture Design - Continued

Concrete Technology WEEK 5: Concrete Mixture Design (IS code and DOE method)

Concrete Technology WEEK 4: Mineral Admixtures

Concrete Technology WEEK 3: Aggregate Properties and Chemical Admixtures

Concrete Technology WEEK 2: Properties of Cement, Types of Cement and Aggregates

Concrete Technology WEEK 1: Basics of Concrete and Cement

Retrofit and Repair Concluding the Course: Retrofitting and Rehabilitation of Civil Infrastructures

Retrofit and Repair WEEK 12: Distresses in Steel Structures and various Retrofitting Measures

Retrofit and Repair WEEK 11: Retrofitting of Special Structures Damaged due to Seismic Events

Retrofit and Repair WEEK 10: Retrofitting of Buildings Damaged due to Seismic Events

Retrofit and Repair WEEK 9: Distresses in Masonry and Repair of Masonry Structures

Retrofit and Repair WEEK 8: Pavement Distresses and Concrete Overlay for Pavement Rehabilitation

Retrofit and Repair WEEK 7: Design Approach for FRP for Different Strengthening Requirements

Retrofit and Repair WEEK 6: Anchorage, Design and Installation of FRPC on Existing Infrastructures

Retrofit and Repair WEEK 5: Micromechanics and Retrofitting of Concrete using FRP Composites

Retrofit and Repair WEEK 4: Retrofitting for Concrete Structures and FRP Composites Basics

Retrofit and Repair WEEK 3: Repair Techniques for Concrete Distress and Corrosion Control

Retrofit and Repair WEEK 2: Identification and Evaluation of Distresses in Concrete Structures

Retrofit and Repair WEEK 1: Overview of Retrofitting and Rehabilitation of Civil Infrastructure

Design of RC WEEK 12: Understanding Design Philosophy of a G+3 Storey Office Buidling as per IS 456

Design of RC WEEK 11: Design of RC member under Torsional Moment as per IS 456

Design of RC NPTEL WEEK 10: Understanding and Designing RC staircase as per IS 456

Design of RC WEEK 9: Design of Slender RC Column and Design of RC footings as per IS 456

Design of RC WEEK 8: Design of Uniaxial and Biaxial loaded short RC column as per IS 456

Design of RC WEEK 7: Design of Axially loaded short RC column as per IS 456

Design of RC WEEK 6: Reinforcement Detailing and Design of Two-Way RC Slab as per IS 456

Design of RC WEEK 5: Design of One-Way RC Slab & Discussion on Two-Way RC Slab Design as per IS 456

Design of RC WEEK 4: Design of Flanged RC Sections and Design for Shear Reinforcement as per IS 456

Design of RC WEEK 3: Singly Reinforced, Doubly Reinforced Beam & Flanged Section Design using IS 456