Канал: Dr. Saleema Panda

Beamer in LaTeX

Beamer in LaTeX

Bibliography in LaTeX

Bibliography in LaTeX

Equation in LaTeX

Equation in LaTeX

Figures in LaTeX

Figures in LaTeX

Tables in LaTeX

Tables in LaTeX

Install LaTeX and write Text in LaTeX

Install LaTeX and write Text in LaTeX

Moment Distribution Method

Moment Distribution Method

Slope deflection method

Slope deflection method

Beam analysis using STAADPRO

Beam analysis using STAADPRO

Flexibility Method - part 2

Flexibility Method - part 2

Oasys Pile Software

Oasys Pile Software

Flexibility method - 1

Flexibility method - 1

Virtual Force Method - 2

Virtual Force Method - 2

Virtual Force method - 1

Virtual Force method - 1

Virtual Displacement Method - 4

Virtual Displacement Method - 4

Virtual Displacement Method - 3

Virtual Displacement Method - 3

Virtual Displacement Method - 2

Virtual Displacement Method - 2

Virtual Displacement Method - 1

Virtual Displacement Method - 1

Concrete Mix Design

Concrete Mix Design

Nominal Design Mix

Nominal Design Mix

Strong Column Weak Beam Design

Strong Column Weak Beam Design

Torsion

Torsion

Column shear check IS 13920

Column shear check IS 13920

Column Design IS 13920

Column Design IS 13920

Stadola method ( vibration )

Stadola method ( vibration )

RC Septic Tank Design Procedure

RC Septic Tank Design Procedure

Beam Transverse Reinforcement IS 13920

Beam Transverse Reinforcement IS 13920

A course in LaTeX

A course in LaTeX

Flexural reinforcement of continuous beam

Flexural reinforcement of continuous beam

Beam Flexural design IS 13920

Beam Flexural design IS 13920

Portal method For structural analysis under earthquake load

Portal method For structural analysis under earthquake load

Substitute frame method

Substitute frame method

Gravity and Earthquake Load Calculation

Gravity and Earthquake Load Calculation

Cable profile in prestressed beam

Damped free vibration (under damped case) of single degree of freedom system

Damped free vibration (under damped case) of single degree of freedom system

Moment distribution method

Moment distribution method

Carry over moment - Moment distribution method

Carry over moment - Moment distribution method

Slope deflection method with sinking support

Slope deflection method with sinking support

Analysis of bar of varying section - part 2

Analysis of bar of varying section - part 2

Analysis of bar of varying section - part 1

Analysis of bar of varying section - part 1

Undamped free vibration of single degree of freedom system L-2

Undamped free vibration of single degree of freedom system L-2

Seismology, Epicenter, Focus, Love waves - L1

Seismology, Epicenter, Focus, Love waves - L1

Design of Prestressed continuous beam

Design of Prestressed continuous beam

Introduction to Strength of Materials, St Venant Principle - L1

Introduction to Strength of Materials, St Venant Principle - L1

Bending moment diagram of propped cantilever under triangular load

Bending moment diagram of propped cantilever under triangular load

Earthquake load calculation IS code

Earthquake load calculation IS code

Underground Water Tank design using ACI code

Underground Water Tank design using ACI code

ANSYS, Linear buckling in 5 minutes - L3

ANSYS, Linear buckling in 5 minutes - L3

ANSYS modal analysis in 5 minutes - L1

ANSYS modal analysis in 5 minutes - L1

Prestressed concrete beam design Example 2

Prestressed concrete beam design Example 2

ANSYS Workbench - Deflection of T beam - L2

ANSYS Workbench - Deflection of T beam - L2

ANSYS, Tensile force in cantilever Beam - L4

ANSYS, Tensile force in cantilever Beam - L4

Design Loads in buildings IS 875

Design Loads in buildings IS 875

T beam bridge

T beam bridge

Suspension bridge with 3 hinged girder - L14

Suspension bridge with 3 hinged girder - L14

Cables carrying a uniformly distributed load - L13

Cables carrying a uniformly distributed load - L13

Centroid and Centre of gravity

Centroid and Centre of gravity

Design of overhead rectangular water tank

Design of overhead rectangular water tank

Design of Intze water tank

Design of Intze water tank

Underground water tank design

Underground water tank design

Design of rectangular water tank rests on ground

Design of rectangular water tank rests on ground

Bending moment Envelope diagram for fixed beam using moment redistribution method

Bending moment Envelope diagram for fixed beam using moment redistribution method

Design of water tank rests on ground with unrestrained base using limit state method

Design of water tank rests on ground with unrestrained base using limit state method

Design of water tank rests on ground with fixed base

Design of water tank rests on ground with fixed base

Truss Analysis by Method of Joints and method of sections - L1

Truss Analysis by Method of Joints and method of sections - L1

Continuous Beam Design by Moment Redistribution Method

Continuous Beam Design by Moment Redistribution Method

Design of circular overhead water tank in Limit state method

Design of circular overhead water tank in Limit state method

Design of Water Tank - Introduction, types, IS Code

Design of Water Tank - Introduction, types, IS Code

ILD for 3 hinged arches (Easy way) - L12

ILD for 3 hinged arches (Easy way) - L12

Influence line diagram for 3 hinged parabolic arch - L11

Influence line diagram for 3 hinged parabolic arch - L11

Prestressing System

Prestressing System

Prestressed concrete Beam Resultant Stress Calculation

Prestressed concrete Beam Resultant Stress Calculation

3 hinged semicircular Arch when support at different level - L10

3 hinged semicircular Arch when support at different level - L10

Prestressed concrete beam design

Prestressed concrete beam design

Losses in Prestressed Concrete

Losses in Prestressed Concrete

Prestressed concrete beam resultant stress calculation

Prestressed concrete beam resultant stress calculation

Prestressed Concrete - Introduction, types, principles

Prestressed Concrete - Introduction, types, principles

Non Destructive Tests - L6

Non Destructive Tests - L6

Easy steps to derive ILD (Influence Line Diagram) in 5 minutes - L2

Easy steps to derive ILD (Influence Line Diagram) in 5 minutes - L2

Segmental/Circular three hinged arches - L9

Segmental/Circular three hinged arches - L9

Ductile detailing IS 13920

Ductile detailing IS 13920

Analysis of three hinged arches - L8

Analysis of three hinged arches - L8

3 hinged Arches - L7

3 hinged Arches - L7

Cantilever Method Example

Cantilever Method Example

Use and defects in timber

Use and defects in timber

Statistical Quality Control, Concrete Rheology and Maturity concept of concrete - L3

Statistical Quality Control, Concrete Rheology and Maturity concept of concrete - L3

Characteristic strength of concrete - L4

Characteristic strength of concrete - L4

Analysis of multiple loaded girder using Influence line diagram - L6

Analysis of multiple loaded girder using Influence line diagram - L6

CANTILEVER METHOD

CANTILEVER METHOD

Absolute bending moment under a given load ILD - L5

Absolute bending moment under a given load ILD - L5

Curing of concrete - L2

Curing of concrete - L2

Concrete Mix Design - Principle and Methods - L5

Concrete Mix Design - Principle and Methods - L5

Shear force and bending moment in Cantilever beam

Shear force and bending moment in Cantilever beam

Portal method Example

Portal method Example

Problem on Influence Line Diagram of Overhang beam - L4

Problem on Influence Line Diagram of Overhang beam - L4

PREPARATION AND PLACING OF CONCRETE - L1

PREPARATION AND PLACING OF CONCRETE - L1

Portal method

Portal method

Influence line diagram of overhang beam - L3

Influence line diagram of overhang beam - L3