Civil MDC

# Structural design of Buildings

## COLUMN SECTION DESIGN

The term column applies especially to a large round support (the shaft of the column) with a capital and a base or pedestal, which is made of stone, or appearing to be so. A small wooden or metal support is typically called a post, and supports with a rectangular or other non-round section are usually called piers.

## One way slab Design | Part 2

Professional course for civil engineering. The Objective of the course is to • Structural design methods, design calculation methods for various reinforced concrete basic members under the ambarella of building code.

## One way slab Design | Part 1

Professional course for civil engineering. The Objective of the course is to • Structural design methods, design calculation methods for various reinforced concrete basic members under the ambarella of building code.

## Design Example | Design of Reinforced Concrete Foundations | Part 2

Professional course for civil engineering. The Objective of the course is to • Structural design methods, design calculation methods for various reinforced concrete basic members under the ambarella of building code.

## Design Example | Design of Reinforced Concrete Foundations | Part 1

Professional course for civil engineering. The Objective of the course is to • Structural design methods, design calculation methods for various reinforced concrete basic members under the ambarella of building code.

## Design of Reinforced Concrete Foundations | Part 2

Professional course for civil engineering. The Objective of the course is to • Structural design methods, design calculation methods for various reinforced concrete basic members under the ambarella of building code.

## Design of Reinforced Concrete Foundations | Part 1

Professional course for civil engineering. The Objective of the course is to • Structural design methods, design calculation methods for various reinforced concrete basic members under the ambarella of building code.

## Structural Scheming

Professional course for civil engineering. The Objective of the course is to • Structural design methods, design calculation methods for various reinforced concrete basic members under the ambarella of building code.

## Lecture 3 RCC Two Slab Design | Part 4 [ Slab Reinforcement Detailing]

Professional course for civil engineering. The Objective of the course is to • Structural design methods, design calculation methods for various reinforced concrete basic members under the ambarella of building code.

## Lecture 3 RCC Two Slab Design | Part 3

Professional course for civil engineering. The Objective of the course is to • Structural design methods, design calculation methods for various reinforced concrete basic members under the ambarella of building code.

## Lecture 3 RCC Two Slab Design | Part 2 | Design Example

Professional course for civil engineering. The Objective of the course is to • Structural design methods, design calculation methods for various reinforced concrete basic members under the ambarella of building code.

## Lecture 3 RCC Two Slab Design | Part 1

Professional course for civil engineering. The Objective of the course is to • Structural design methods, design calculation methods for various reinforced concrete basic members under the ambarella of building code.

## Lecture 2 Design of Stair Slab [Reinforced Concrete Slab]

Professional course for civil engineering. The Objective of the course is to • Structural design methods, design calculation methods for various reinforced concrete basic members under the ambarella of building code.

## Lecture 1 Shear Design of Beams [Reinforced Concrete Beams]| Part 2

Professional course for civil engineering. The Objective of the course is to • Structural design methods, design calculation methods for various reinforced concrete basic members under the ambarella of building code.

## Lecture 1 Shear Design of Beams [Reinforced Concrete Beams]| Part 1

Professional course for civil engineering. The Objective of the course is to • Structural design methods, design calculation methods for various reinforced concrete basic members under the ambarella of building code.

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