Канал: Md Rashad Islam

November 6, 2023

November 6, 2023

Axial deformation theory and examples

Axial deformation theory and examples

Tensile capacity by yielding, rupture and block shear example

Tensile capacity by yielding, rupture and block shear example

Net area calculation Example 1

Net area calculation Example 1

Curvilinear motion in normal and tangential components example

Curvilinear motion in normal and tangential components example

Theory and examples of rectangular components of curvilinear motion

Theory and examples of rectangular components of curvilinear motion

Example 1 on horizontal projectile

Example 1 on horizontal projectile

Example 2 on horizontal projectile

Example 2 on horizontal projectile

Tension test equation for 3D body and analytical examples

Tension test equation for 3D body and analytical examples

Example 3 on horizontal projectile

Example 3 on horizontal projectile

Tension test basic theory, lab video and analytical examples

Tension test basic theory, lab video and analytical examples

Impact test theory and lab video

Impact test theory and lab video

Revision of tension test and stress strain diagram

Revision of tension test and stress strain diagram

Shear stress and shear strain theory and example

Shear stress and shear strain theory and example

Basics of elasticity, plasticity and viscosity

Basics of elasticity, plasticity and viscosity

Poison's ratio theory and analytical example

Poison's ratio theory and analytical example

Fatigue and fatigue endurance limit

Fatigue and fatigue endurance limit

Motion of falling particles: theory and examples

Motion of falling particles: theory and examples

Motion of a projectile: theory and examples

Motion of a projectile: theory and examples

Shear force and moment diagram Example 4

Shear force and moment diagram Example 4

Shear force and moment diagram Example 5

Shear force and moment diagram Example 5

Graphical Method of Rectilinear Motion Example 2

Graphical Method of Rectilinear Motion Example 2

Graphical Method of Rectilinear Motion Example 1

Graphical Method of Rectilinear Motion Example 1

Step by step Snow load calculation Example

Step by step Snow load calculation Example

Shear force and bending moment diagrams Example 3

Shear force and bending moment diagrams Example 3

CET 404 Snow Load Calculation Theory

CET 404 Snow Load Calculation Theory

CET 404 Load calculation on Column - Problem 2.7

CET 404 Load calculation on Column - Problem 2.7

Shear force and moment diagram Example 2

Shear force and moment diagram Example 2

Shear force and moment diagram- Example 1

Shear force and moment diagram- Example 1

Internation reaction Example 4

Internation reaction Example 4

Internation reaction Example 5

Internation reaction Example 5

Internation reaction Example 3

Internation reaction Example 3

Reviews of differentiation and integration

Reviews of differentiation and integration

Internal reactions Examples 1 and 2

Internal reactions Examples 1 and 2

Reinforced concrete (Lec 53) - Step by step design of a rectangular column footing

Reinforced concrete (Lec 53) - Step by step design of a rectangular column footing

Reinforced-concrete (Lec 26) - Development length in tension bars

Reinforced-concrete (Lec 26) - Development length in tension bars

Reinforced-concrete (Lec 27) - Step by step calculation of development length in tension bars

Reinforced-concrete (Lec 27) - Step by step calculation of development length in tension bars

Reinforced concrete (Lec 29) - Step by step calculation of development length in bundled 2 bars

Reinforced concrete (Lec 29) - Step by step calculation of development length in bundled 2 bars

Reinforced concrete (Lec 30) - Step by step calculation of development length in bundled 3 bars

Reinforced concrete (Lec 30) - Step by step calculation of development length in bundled 3 bars

Reinforced concrete (Lec 28) - Development length in hooked bars and compression bars

Reinforced concrete (Lec 28) - Development length in hooked bars and compression bars

Reinforced concrete (Lec 52) - Step by step design of a square column footing

Reinforced concrete (Lec 52) - Step by step design of a square column footing

Reinforced concrete (Lec 51) - Step by step design of a wall footing

Reinforced concrete (Lec 51) - Step by step design of a wall footing

Statics (Lec 94) - Step by step solution of friction wedge - Example

Statics (Lec 94) - Step by step solution of friction wedge - Example

Statics (Lec 90) - Friction theory and example

Statics (Lec 90) - Friction theory and example

Statics (Lec 92) - Pulley or belt friction theory and example

Statics (Lec 92) - Pulley or belt friction theory and example

Statics (Lec 93) - Pulley or belt friction - Example 1

Statics (Lec 93) - Pulley or belt friction - Example 1

Statics (Lec 91) - Step by step solution of friction - Example 1

Statics (Lec 91) - Step by step solution of friction - Example 1

Pavement Design (Lec 75) - Designing Concrete Pavement by AASHTOWare or MEPDG software

Pavement Design (Lec 75) - Designing Concrete Pavement by AASHTOWare or MEPDG software

Pavement Design (Lec 66) - Designing Overlay Pavement by AASHTOWare or MEPDG

Pavement Design (Lec 66) - Designing Overlay Pavement by AASHTOWare or MEPDG

Pavement Design (Lec 61) - Designing Flexible Pavement by AASHTOWare or MEPDG software

Pavement Design (Lec 61) - Designing Flexible Pavement by AASHTOWare or MEPDG software

Pavement Design (Lec 56)- Calculation of top-down longitudinal cracking in Flexible pavement

Pavement Design (Lec 56)- Calculation of top-down longitudinal cracking in Flexible pavement

Statics (Lec 82) - Dtermination of monent of inertia - Example 2

Statics (Lec 82) - Dtermination of monent of inertia - Example 2

Statics (Lec 83) - Determination of moment of inertia - Example 3

Statics (Lec 83) - Determination of moment of inertia - Example 3

Reinforced concrete (Lec 48) - Design of column with two-way moment - Economic Example

Reinforced concrete (Lec 48) - Design of column with two-way moment - Economic Example

Statics (Lec 80) - Determination of moment of inertia

Statics (Lec 80) - Determination of moment of inertia

Statics (Lec 81) - Determination of moment of inertia - Example 1

Statics (Lec 81) - Determination of moment of inertia - Example 1

Reinforced concrete (Lec 46) - Design of column with one way moment - Example

Reinforced concrete (Lec 46) - Design of column with one way moment - Example

Pavement Design (Lec 55) - Step by step calculation of alligator cracking in Flexible pavement

Pavement Design (Lec 55) - Step by step calculation of alligator cracking in Flexible pavement

Reinforced concrete (Lec 47) - Design of column with two-way moment - Overdesign Example

Reinforced concrete (Lec 47) - Design of column with two-way moment - Overdesign Example

Reinforced concrete (Lec 45) - Design of column with one way moment

Reinforced concrete (Lec 45) - Design of column with one way moment

Pavement Design (Lec 50) - Flexible pavement design by AASHTO 1993

Pavement Design (Lec 50) - Flexible pavement design by AASHTO 1993

Pavement Design (Lec 51) - Major Distresses in Flexible pavement

Pavement Design (Lec 51) - Major Distresses in Flexible pavement

Statics (Lec 51) - Example 2 of analysis of a frame structure

Statics (Lec 51) - Example 2 of analysis of a frame structure

Statics (Lec 50) -Example 1 of analysis of a frame structure

Statics (Lec 50) -Example 1 of analysis of a frame structure

Reinforced concrete (Lec 36) - Design of uniaxially loaded short column -Theory

Reinforced concrete (Lec 36) - Design of uniaxially loaded short column -Theory

Statics (Lec 70) - Example 1 of determination of centroid of a composite section

Statics (Lec 70) - Example 1 of determination of centroid of a composite section

Statics (Lec 71) - Example 2 of determination of centroid of a composite section

Statics (Lec 71) - Example 2 of determination of centroid of a composite section

Reinforced concrete (Lec 38) - Design of uniaxially loaded short SPIRAL column - Example 1

Reinforced concrete (Lec 38) - Design of uniaxially loaded short SPIRAL column - Example 1

Reinforced concrete (Lec 37) - Design of uniaxially loaded short TIED column - Example 1

Reinforced concrete (Lec 37) - Design of uniaxially loaded short TIED column - Example 1

Reinforced concrete (Lec 33) - A complete example on shear reinforcement design in beam

Reinforced concrete (Lec 33) - A complete example on shear reinforcement design in beam

Statics (Lec 42) - Solving a cable with segmental load

Statics (Lec 42) - Solving a cable with segmental load

Reinforced concrete (Lec 32) - Shear reinforcement design in reinforced concrete beam - theory

Reinforced concrete (Lec 32) - Shear reinforcement design in reinforced concrete beam - theory

Statics (Lec 40) - Solving a three-hinged arch

Statics (Lec 40) - Solving a three-hinged arch

Statics (Lec 43) - Solving a frictionless pulley

Statics (Lec 43) - Solving a frictionless pulley

Statics (Lec 41) - Solving a uniformly loaded cable

Statics (Lec 41) - Solving a uniformly loaded cable

Reinforced concrete (Lec 24) - Step by step design of doubly-reinforced concrete beam - Example 2

Reinforced concrete (Lec 24) - Step by step design of doubly-reinforced concrete beam - Example 2

Reinforced concrete (Lec 23) - Step by step design of doubly-reinforced concrete beam - Example 1

Reinforced concrete (Lec 23) - Step by step design of doubly-reinforced concrete beam - Example 1

Reinforced concrete (Lec 22) - Step by step design of doubly-reinforced concrete beam

Reinforced concrete (Lec 22) - Step by step design of doubly-reinforced concrete beam

Reinforced concrete (Lec 21) - Basics of Doubly reinforced beam design

Reinforced concrete (Lec 21) - Basics of Doubly reinforced beam design

Reinforced concrete (Lec 17) - Step by step design of reinforced-concrete T-beam - Example 1

Reinforced concrete (Lec 17) - Step by step design of reinforced-concrete T-beam - Example 1

Reinforced concrete (Lec 18) - Step by step design of reinforced-concrete T-beam - Example 2

Reinforced concrete (Lec 18) - Step by step design of reinforced-concrete T-beam - Example 2

Reinforced concrete (Lec 16) - Step by step design of reinforced-concrete T beams

Reinforced concrete (Lec 16) - Step by step design of reinforced-concrete T beams

Reinforced concrete (Lec 15) - Design Concept of reinforced-concrete T-beams

Reinforced concrete (Lec 15) - Design Concept of reinforced-concrete T-beams

Statics (Lec 24) - Joint method of solving truss - Theory and Example

Statics (Lec 24) - Joint method of solving truss - Theory and Example

Statics (Lec 26) - Stability and Determinacy analysis of truss - Theory and Examples

Statics (Lec 26) - Stability and Determinacy analysis of truss - Theory and Examples

Statics (Lec 23) - Direct force members of truss - Theory and Examples

Statics (Lec 23) - Direct force members of truss - Theory and Examples

Statics (Lec 22) - Zero force members of truss - Theory and Examples

Statics (Lec 22) - Zero force members of truss - Theory and Examples

Pavement Design (Lec 30) - Dynamic Modulus of asphalt concrete

Pavement Design (Lec 30) - Dynamic Modulus of asphalt concrete

Pavement Design (Lec 32) - Fatigue endurance limit test of asphalt concrete

Pavement Design (Lec 32) - Fatigue endurance limit test of asphalt concrete

Pavement Design (Lec 31) - Indirect tensile strength test of asphalt concrete

Pavement Design (Lec 31) - Indirect tensile strength test of asphalt concrete

Pavement Design (Lec 16) - Resilient modulus (MR) of soils and aggregate

Pavement Design (Lec 16) - Resilient modulus (MR) of soils and aggregate

Pavement Design (Lec 17) - California Bearing Ratio (CBR) of soils and aggregates

Pavement Design (Lec 17) - California Bearing Ratio (CBR) of soils and aggregates

Pavement Design (Lec 18) - Dynamic Cone Penetrometer (DCP) of soils and aggregate

Pavement Design (Lec 18) - Dynamic Cone Penetrometer (DCP) of soils and aggregate

Pavement Design (Lec 19) - R-value of soils and aggregate

Pavement Design (Lec 19) - R-value of soils and aggregate

Pavement Design (Lec 20) - Resilient modulus of soil-aggregate by soil gradation and PI

Pavement Design (Lec 20) - Resilient modulus of soil-aggregate by soil gradation and PI

Pavement Design (Lec 21) - Variations of Resilient modulus due to moisture changes

Pavement Design (Lec 21) - Variations of Resilient modulus due to moisture changes

Reinforced concrete (Lec 5) - Load factors and load combinations

Reinforced concrete (Lec 5) - Load factors and load combinations

Reinforced concrete (Lec 6) - Some knowledge before starting beam or slab design

Reinforced concrete (Lec 6) - Some knowledge before starting beam or slab design

Reinforced concrete (Lec 7) - Rectangular Beam Design - Example 1

Reinforced concrete (Lec 7) - Rectangular Beam Design - Example 1

Reinforced concrete (Lec 8) - Basics of one-way slab design

Reinforced concrete (Lec 8) - Basics of one-way slab design

Statics (Lec 10) - Concept of Equilibrium, idealized structure, etc.

Statics (Lec 10) - Concept of Equilibrium, idealized structure, etc.

Statics (Lec 11) - Equilibrium equations

Statics (Lec 11) - Equilibrium equations

Reinforced concrete (Lec 9) - One way slab design - Example 1

Reinforced concrete (Lec 9) - One way slab design - Example 1

Statics (Lec 12) - Equilibrium of particles - Example 1

Statics (Lec 12) - Equilibrium of particles - Example 1

Statics (Lec 13) - Equilibrium of particle - Example 2

Statics (Lec 13) - Equilibrium of particle - Example 2

Statics (Lec 14) - Equilibrium of rigid body - Example 3

Statics (Lec 14) - Equilibrium of rigid body - Example 3

Statics (Lec 3) - Two-force system advanced examples

Statics (Lec 3) - Two-force system advanced examples

Flexural strength equation of a reinforced concrete beam - Theory

Flexural strength equation of a reinforced concrete beam - Theory

Design methods for reinforced concrete members

Design methods for reinforced concrete members

Introduction to Reinforced Concrete Design

Introduction to Reinforced Concrete Design

Statics (Lec 2) - Resultant of concurrent two-force system - theory and example

Statics (Lec 2) - Resultant of concurrent two-force system - theory and example

Some discussion on flexural strength equation of reinforced-concrete beam

Some discussion on flexural strength equation of reinforced-concrete beam

Statics (Lec 7) - Resultant of non-concurrent forces - theory and example

Statics (Lec 7) - Resultant of non-concurrent forces - theory and example

Statics (Lec 8) - Resultant of non-concurrent forces - Example 2

Statics (Lec 8) - Resultant of non-concurrent forces - Example 2

Statics (Lec 9) - Resultant of non-concurrent forces - Example 3

Statics (Lec 9) - Resultant of non-concurrent forces - Example 3

Statics (Lec 5) - centroid of rectangle and triangle

Statics (Lec 5) - centroid of rectangle and triangle

Statics (Lec 6) - Concept of moment

Statics (Lec 6) - Concept of moment

Statics (Lec 4) - Rectangular component method theory and example

Statics (Lec 4) - Rectangular component method theory and example

CET 405 Syllabus and course requirements

CET 405 Syllabus and course requirements

CET 473 Syllabus and course requirements

CET 473 Syllabus and course requirements

Statics (Lec 1) -Some prerequisite knowledge for statics

Statics (Lec 1) -Some prerequisite knowledge for statics

CET 473 Syllabus and course requirements

CET 473 Syllabus and course requirements

CET 405 Syllabus and requirements

CET 405 Syllabus and requirements

CET 202 Syllabus and class overview

CET 202 Syllabus and class overview

1 Basics of highway

1 Basics of highway

Euler Buckling load and stress - Theory and Examples

Euler Buckling load and stress - Theory and Examples

Welding Connection - Theory and Examples

Welding Connection - Theory and Examples

Steel Column Design with Bending - Example 3

Steel Column Design with Bending - Example 3

Steel Column Design with Bending - Example 2

Steel Column Design with Bending - Example 2

Steel Column Design with Bending - Example 1

Steel Column Design with Bending - Example 1

Steel Column Design with Bending - Theory

Steel Column Design with Bending - Theory

Roadways dynamics in horizontal curves - Theory and Example

Roadways dynamics in horizontal curves - Theory and Example

Stopping sight distance Theory and Example

Stopping sight distance Theory and Example

Resistances in Roadways - A complete example

Resistances in Roadways - A complete example

Resistances in roadways (F - FR = ma)

Resistances in roadways (F - FR = ma)

Travel forecasting

Travel forecasting

Beam deflection Examples

Beam deflection Examples

Deflection equation Theory

Deflection equation Theory

Beam Stiffener Design Example

Beam Stiffener Design Example

Design of Bearing Stiffener Theory

Design of Bearing Stiffener Theory

Angular momentum, acceleration, torque for rigid body

Angular momentum, acceleration, torque for rigid body

Mass moment of inertia Example

Mass moment of inertia Example

Mass moment of inertia with Examples

Mass moment of inertia with Examples

Web sidesway buckling and summary for beam bearing

Web sidesway buckling and summary for beam bearing

Example on web yielding, web crippling, support bearing, plate bending and plate bearing

Example on web yielding, web crippling, support bearing, plate bending and plate bearing

Check for web yielding and web crippling for Steel Beam Bearing design Example

Check for web yielding and web crippling for Steel Beam Bearing design Example

Steel Beam Bearing theory

Steel Beam Bearing theory

Determining Level of Service LOS of highways

Determining Level of Service LOS of highways

Mohr circle Example 2

Mohr circle Example 2

Mohr circle Example 1

Mohr circle Example 1

Beginning Subdivision Slide 1

Beginning Subdivision Slide 1

Kinematics of rigid body Example 3

Kinematics of rigid body Example 3

Kinematics of Rigid Body Example 2

Kinematics of Rigid Body Example 2

Kinematics of rigid body Example 1

Kinematics of rigid body Example 1

Kinematics of rigid body Theory

Kinematics of rigid body Theory

Steel beam design example Bending, shear and deflection

Steel beam design example Bending, shear and deflection

Deflection design of steel beam

Deflection design of steel beam

Shear design of steel beam

Shear design of steel beam

Steel beam design examples for moment

Steel beam design examples for moment

Greenshield Model for traffic flow

Greenshield Model for traffic flow

Steel beam design theory summary for moment design

Steel beam design theory summary for moment design

Example on Greenshield model for traffic flow

Example on Greenshield model for traffic flow

Angular Momentum and angular momentum

Angular Momentum and angular momentum

Combined stress in Beam

Combined stress in Beam

Mohr circle theory to transform stresses

Mohr circle theory to transform stresses

Steel Beam Design

Steel Beam Design

Compression test on concrete cylinder

Compression test on concrete cylinder

ASC 2020 Region 6 Commercial team presentation by CSU-Pueblo

ASC 2020 Region 6 Commercial team presentation by CSU-Pueblo

ASC 2020 Heavy Civil Team presentation by CSU-Pueblo

ASC 2020 Heavy Civil Team presentation by CSU-Pueblo

Internal reactions (Normal force, shear force and bending moment) - Theory

Internal reactions (Normal force, shear force and bending moment) - Theory

How to find Internal reactions (Normal Force, Shear Force and Moment) in a Beam - Example 1

How to find Internal reactions (Normal Force, Shear Force and Moment) in a Beam - Example 1

Message from CET coordinator

Message from CET coordinator

ASCE Rocky Mountain Student Competition 2019

ASCE Rocky Mountain Student Competition 2019

ASCE Rocky Mountain Student Competition 2019

ASCE Rocky Mountain Student Competition 2019

ASCE Rocky Mountain Student Competition 2019

ASCE Rocky Mountain Student Competition 2019

PERT 3

PERT 3

PERT 4

PERT 4

How to draw precedence diagram in project scheduling - Example 2 (part 2)

How to draw precedence diagram in project scheduling - Example 2 (part 2)

How to draw precedence diagram in project scheduling - Example 2 (part 1)

How to draw precedence diagram in project scheduling - Example 2 (part 1)

How to Draw Precedence Diagram for project scheduling - Example 1

How to Draw Precedence Diagram for project scheduling - Example 1

Introduction to precedence Diagram for project scheduling

Introduction to precedence Diagram for project scheduling

How to calculate critical path, free float and total float with imposed deadline (Part 1)

How to calculate critical path, free float and total float with imposed deadline (Part 1)

How to calculate critical path, free float and total float with imposed deadline (Part 2)

How to calculate critical path, free float and total float with imposed deadline (Part 2)

How to calculate critical path, free float and total float with imposed deadline (Part 3)

How to calculate critical path, free float and total float with imposed deadline (Part 3)

How to calculate critical path, free float and total float with imposed deadline (Part 4)

How to calculate critical path, free float and total float with imposed deadline (Part 4)

How to draw node diagram with lag in project scheduling (Part 3)

How to draw node diagram with lag in project scheduling (Part 3)

How to draw node diagram with lag in project scheduling (Part 1)

How to draw node diagram with lag in project scheduling (Part 1)

How to draw node diagram with lag in project scheduling (Part 2)

How to draw node diagram with lag in project scheduling (Part 2)

Determining the critical path, free float, and total float (Part 3)

Determining the critical path, free float, and total float (Part 3)

Determining the critical path, free float, and total float (Part 2)

Determining the critical path, free float, and total float (Part 2)

Determining the critical path, free float, and total float (Part 1)

Determining the critical path, free float, and total float (Part 1)

How to Draw Arrow and Node Diagrams for project scheduling - Example

How to Draw Arrow and Node Diagrams for project scheduling - Example

How to Draw Arrow and Node Diagrams for project scheduling (Part 3)

How to Draw Arrow and Node Diagrams for project scheduling (Part 3)

How to Determine the Median and the Range of a set of data

How to Determine the Median and the Range of a set of data

Probability analysis using Dice and Coin

Probability analysis using Dice and Coin

Determining the Probability of a Set of Cards

Determining the Probability of a Set of Cards

How to Calculate the Mean and the Mode of a Data Set

How to Calculate the Mean and the Mode of a Data Set

How to Draw Arrow and Node Diagrams for project scheduling (Part 2)

How to Draw Arrow and Node Diagrams for project scheduling (Part 2)

How to Draw Arrow and Node Diagrams for project scheduling (Part 1)

How to Draw Arrow and Node Diagrams for project scheduling (Part 1)

Statics (Lec 25) - Solving Trusses using Joint Method and Section Method

Statics (Lec 25) - Solving Trusses using Joint Method and Section Method