Канал: Ayman Elzohairy

Summary of Particle Motions - Work and Energy

Summary of Particle Motions - Work and Energy

Quantity takeoff for steel structures rested on concrete piers - part 1/2

Quantity takeoff for steel structures rested on concrete piers - part 1/2

Summary of Particle Motions - Force and Acceleration

Summary of Particle Motions - Force and Acceleration

Summary of Particle Motions - part 2/2

Summary of Particle Motions - part 2/2

Summary of Particle Motions - part 1/2

Summary of Particle Motions - part 1/2

Carpentry work estimating (examples)

Carpentry work estimating (examples)

Masonry measurement using Excel and AutoCAD

Masonry measurement using Excel and AutoCAD

Quantity takeoff of steel rebars using AutoCAD and Excel

Quantity takeoff of steel rebars using AutoCAD and Excel

Concrete volume for Piers and Beams foundation

Concrete volume for Piers and Beams foundation

Grid method for earthwork using Excel

Grid method for earthwork using Excel

How to start Grid Method using AutoCAD for earthwork calculations

How to start Grid Method using AutoCAD for earthwork calculations

Excel and AutoCAD review

Excel and AutoCAD review

Review for exam 2 part 2/2

Review for exam 2 part 2/2

Review for exam 2 part 1/2

Review for exam 2 part 1/2

Planar Kinetics of a Rigid Body – Force and Acceleration part 5/5

Planar Kinetics of a Rigid Body – Force and Acceleration part 5/5

Planar Kinetics of a Rigid Body – Force and Acceleration part 4/5

Planar Kinetics of a Rigid Body – Force and Acceleration part 4/5

Planar Kinetics of a Rigid Body – Force and Acceleration part 3/5

Planar Kinetics of a Rigid Body – Force and Acceleration part 3/5

Planar Kinetics of a Rigid Body – Force and Acceleration part 2/5

Planar Kinetics of a Rigid Body – Force and Acceleration part 2/5

Planar Kinetics of a Rigid Body – Force and Acceleration part 1/5

Planar Kinetics of a Rigid Body – Force and Acceleration part 1/5

Planar Kinematics of a Rigid Body - Motion part 6/6

Planar Kinematics of a Rigid Body - Motion part 6/6

Planar Kinematics of a Rigid Body - Motion part 5/6

Planar Kinematics of a Rigid Body - Motion part 5/6

Planar Kinematics of a Rigid Body - Motion part 4/6

Planar Kinematics of a Rigid Body - Motion part 4/6

Planar Kinematics of a Rigid Body - Motion part 3/6

Planar Kinematics of a Rigid Body - Motion part 3/6

Planar Kinematics of a Rigid Body - Motion part 2/6

Planar Kinematics of a Rigid Body - Motion part 2/6

Planar Kinematics of a Rigid Body - Motion part 1/6

Planar Kinematics of a Rigid Body - Motion part 1/6

Kinetics of a Particle - Impulse and Momentum part 4/6

Kinetics of a Particle - Impulse and Momentum part 4/6

Kinetics of a Particle - Impulse and Momentum part 6/6

Kinetics of a Particle - Impulse and Momentum part 6/6

Kinetics of a Particle - Impulse and Momentum part 5/6

Kinetics of a Particle - Impulse and Momentum part 5/6

Kinetics of a Particle - Impulse and Momentum part 3/6

Kinetics of a Particle - Impulse and Momentum part 3/6

Kinetics of a Particle - Impulse and Momentum part 2/6

Kinetics of a Particle - Impulse and Momentum part 2/6

Kinetics of a Particle - Impulse and Momentum part 1/6

Kinetics of a Particle - Impulse and Momentum part 1/6

Review for exam 1 part 2/2

Review for exam 1 part 2/2

Review for exam 1 part 1/2

Review for exam 1 part 1/2

Kinetics of a Particle - Work and Energy part 4/4

Kinetics of a Particle - Work and Energy part 4/4

Kinetics of a Particle - Work and Energy part 3/4

Kinetics of a Particle - Work and Energy part 3/4

Kinetics of a Particle - Work and Energy part 2/4

Kinetics of a Particle - Work and Energy part 2/4

Kinetics of a Particle - Work and Energy part 1/4

Kinetics of a Particle - Work and Energy part 1/4

Solved examples of Newton's second law rectangular components.

Solved examples of Newton's second law rectangular components.

Kinetics of a Particle - Force and Acceleration part 5/5

Kinetics of a Particle - Force and Acceleration part 5/5

Kinetics of a Particle - Force and Acceleration part 4/5

Kinetics of a Particle - Force and Acceleration part 4/5

Kinetics of a Particle - Force and Acceleration part 3/5

Kinetics of a Particle - Force and Acceleration part 3/5

Kinetics of a Particle - Force and Acceleration part 2/5

Kinetics of a Particle - Force and Acceleration part 2/5

Kinetics of a Particle - Force and Acceleration part 1/5

Kinetics of a Particle - Force and Acceleration part 1/5

Review Kinematics of a Particle - Motion

Review Kinematics of a Particle - Motion

Kinematics of a Particle - Motion Part 7/8

Kinematics of a Particle - Motion Part 7/8

Kinematics of a Particle - Motion Part 6/8

Kinematics of a Particle - Motion Part 6/8

Kinematics of a Particle - Motion Part 5/8

Kinematics of a Particle - Motion Part 5/8

Kinematics of a Particle - Motion Part 4/8

Kinematics of a Particle - Motion Part 4/8

Kinematics of a Particle - Motion Part 3/8

Kinematics of a Particle - Motion Part 3/8

Kinematics of a Particle - Motion Part 2/8

Kinematics of a Particle - Motion Part 2/8

Kinematics of a Particle - Motion Part 1/8

Kinematics of a Particle - Motion Part 1/8

Combined Loading part 3/3

Combined Loading part 3/3

Combined Loading part 2/3

Combined Loading part 2/3

Combined Loading part 1/3

Combined Loading part 1/3

Thin-Walled Pressure Vessels

Thin-Walled Pressure Vessels

Location of the Shear Center of Thin-Walled Cross-Sections

Location of the Shear Center of Thin-Walled Cross-Sections

Shear Flow in Thin-Walled Sections

Shear Flow in Thin-Walled Sections

Shear Flow in Built-up Sections

Shear Flow in Built-up Sections

Transverse Shear Stress part 2/2

Transverse Shear Stress part 2/2

Transverse Shear Stress part 1/2

Transverse Shear Stress part 1/2

Eccentric Loads part 2/2

Eccentric Loads part 2/2

Eccentric Loads part 1/2

Eccentric Loads part 1/2

Bending Stress part 3/3

Bending Stress part 3/3

Applying CFRP to concrete beams #civilengineering #structural

Applying CFRP to concrete beams #civilengineering #structural

Bending Stress part 2/3

Bending Stress part 2/3

Introduction to Engineering Mechanics - Dynamics

Introduction to Engineering Mechanics - Dynamics

Earned Value Analysis part 3/3

Earned Value Analysis part 3/3

Earned Value Analysis part 2/3

Earned Value Analysis part 2/3

Earned Value Analysis part 1/3

Earned Value Analysis part 1/3

Time crashing part 3/3 - Solved examples

Time crashing part 3/3 - Solved examples

Time crashing part 2/3 - Solved examples

Time crashing part 2/3 - Solved examples

Time Control (Time Crashing) part 1/3

Time Control (Time Crashing) part 1/3

Time Control and Updated Network

Time Control and Updated Network

Frames under vertical loading -3- #civilengineering #structuralanalysis

Frames under vertical loading -3- #civilengineering #structuralanalysis

Frames under vertical loading -2- #civilengineering #structuralanalysis

Frames under vertical loading -2- #civilengineering #structuralanalysis

Frames under vertical loading -1- #civilengineering #structuralanalysis

Frames under vertical loading -1- #civilengineering #structuralanalysis

Effect of rigid connections on frames #civilengineering #structureanalysis #engineeringmechanics

Effect of rigid connections on frames #civilengineering #structureanalysis #engineeringmechanics

Effect of bracings on frames #civilengineering #structureanalysis #engineeringmechanics

Effect of bracings on frames #civilengineering #structureanalysis #engineeringmechanics

Lateral stability of frames part -2- #civilengineering #structureanalysis #stability

Lateral stability of frames part -2- #civilengineering #structureanalysis #stability

Lateral stability of frames part 1 #civilengineering #engineeringmechanics #structureanalysis

Lateral stability of frames part 1 #civilengineering #engineeringmechanics #structureanalysis

Hinge and fixed supports #physics #engineeringmechanics #civilengineering

Hinge and fixed supports #physics #engineeringmechanics #civilengineering

Bending stress - part 1/3

Bending stress - part 1/3

Torsion - Indeterminate Shafts - part 4/4

Torsion - Indeterminate Shafts - part 4/4

Torsion - Angel of Twist - part 3/4

Torsion - Angel of Twist - part 3/4

Torsion - Power Transmitted - part 2/4

Torsion - Power Transmitted - part 2/4

Torsion - Shear Stress - part 1/4

Torsion - Shear Stress - part 1/4

Superposition method for load and temperature

Superposition method for load and temperature

Axial stress and deformation - part 6/6

Axial stress and deformation - part 6/6

Axial stress and deformation - part 5/6

Axial stress and deformation - part 5/6

Axial stress and deformation - part 4/6

Axial stress and deformation - part 4/6

Axial stress and deformation - part 3/6

Axial stress and deformation - part 3/6

Axial stress and deformation - part 2/6

Axial stress and deformation - part 2/6

Axial stress and deformation - part 1/6

Axial stress and deformation - part 1/6

Shear stress-strain relationship and the modulus of rigidity

Shear stress-strain relationship and the modulus of rigidity

Yielding stress using the offset method

Yielding stress using the offset method

Mechanical properties of materials - stress-strain curves part 3/5

Mechanical properties of materials - stress-strain curves part 3/5

Mechanical properties of materials - stress-strain curves part 2/5

Mechanical properties of materials - stress-strain curves part 2/5

Mechanical properties of materials - stress-strain curves part 1/5

Mechanical properties of materials - stress-strain curves part 1/5

Average normal and shear strains

Average normal and shear strains

Calculation of the average shear stress

Calculation of the average shear stress

Calculation of the average normal stress

Calculation of the average normal stress

Types of stresses and strains

Types of stresses and strains

Constructional Scheduling using Activity on Arrow (AOA) network

Constructional Scheduling using Activity on Arrow (AOA) network

Engineering Mechanics - Statics Review - part 2/2

Engineering Mechanics - Statics Review - part 2/2

Solved examples of constructional scheduling using Activity on Node (AON) network.

Solved examples of constructional scheduling using Activity on Node (AON) network.

Constructional Scheduling using Activity on Node network

Constructional Scheduling using Activity on Node network

Constructional Planning Technique - Activity of Node (AON)

Constructional Planning Technique - Activity of Node (AON)

Constructional Planning - Activity on Arrow (AOA)

Constructional Planning - Activity on Arrow (AOA)

Shear failure in RC beams

Shear failure in RC beams

Constructional Planning Technique - Bar-Chart (Gantt Chart)

Constructional Planning Technique - Bar-Chart (Gantt Chart)

Introduction to Construction Planning and Scheduling

Introduction to Construction Planning and Scheduling

AutoCAD drawings for RC structure project

AutoCAD drawings for RC structure project

Quantity takeoff calculations for steel warehouse using Excel and AutoCAD

Quantity takeoff calculations for steel warehouse using Excel and AutoCAD

Solved examples on centroid and moment of inertia

Solved examples on centroid and moment of inertia

Frictional Forces on Flat Belts

Frictional Forces on Flat Belts

Analysis of wedges

Analysis of wedges

Design of Isolated Footing using RISA Foundation software

Design of Isolated Footing using RISA Foundation software

Pricing of concrete work

Pricing of concrete work

Solved examples on friction problems

Solved examples on friction problems

Depreciation and Book Value of equipment

Depreciation and Book Value of equipment

Unit price of a crew for earthwork excavation

Unit price of a crew for earthwork excavation

Internal forces diagrams for beams (solved examples)

Internal forces diagrams for beams (solved examples)

Engineering Mechanics - Statics Review - part 1/2

Engineering Mechanics - Statics Review - part 1/2

Pricing estimates

Pricing estimates

Internal forces in beams at a specific point (solved examples - part 2/2)

Internal forces in beams at a specific point (solved examples - part 2/2)

Internal forces in beams at specific point (solved examples - part 1/2)

Internal forces in beams at specific point (solved examples - part 1/2)

Design of short-tied columns using Excel

Design of short-tied columns using Excel

Solved examples on truss - part 2/2

Solved examples on truss - part 2/2

Solved examples on truss - part 1/2

Solved examples on truss - part 1/2

Using RISA Floor to analyze RC slabs with and without beams

Using RISA Floor to analyze RC slabs with and without beams

Measuring Carpentry (Wood) Work

Measuring Carpentry (Wood) Work

Details of the steel reinforcement for RC beams

Details of the steel reinforcement for RC beams

Quantity takeoff of Masonry Work

Quantity takeoff of Masonry Work

Doubly-Reinforced Concrete Sections

Doubly-Reinforced Concrete Sections

Solved examples on distributed loads and reactions

Solved examples on distributed loads and reactions

Concrete formwork and steel rebars quantity takeoff

Concrete formwork and steel rebars quantity takeoff

Exam -1 - Review (part 2/2)

Exam -1 - Review (part 2/2)

Distributed loads and their equivalent

Distributed loads and their equivalent

Quantity Takeoff of Concrete Work

Quantity Takeoff of Concrete Work

Solved examples of equilibrium of forces in 3D (part 2/2).

Solved examples of equilibrium of forces in 3D (part 2/2).

Moment of forces about a point in 2D and 3D

Moment of forces about a point in 2D and 3D

Solved examples on earthwork quantity takeoff

Solved examples on earthwork quantity takeoff

Design of Rectangular section according to ACI

Design of Rectangular section according to ACI

Takeoff quantity for earthwork

Takeoff quantity for earthwork

Solved examples to find the resultant force in 3D

Solved examples to find the resultant force in 3D

Solved examples of equilibrium of forces in 3D (part 1/2).

Solved examples of equilibrium of forces in 3D (part 1/2).

Cracked moment and Transformed Section Method

Cracked moment and Transformed Section Method

Solved examples of forces in equilibrium.

Solved examples of forces in equilibrium.

Solved examples

Solved examples

Introduction to Mechanics of Materials course

Introduction to Mechanics of Materials course

Loading of steel frames

Loading of steel frames

Design of steel purlins

Design of steel purlins

Flexural design of steel beams

Flexural design of steel beams

Design of welded connection

Design of welded connection

Design of bolted connections in trusses

Design of bolted connections in trusses

Design of truss tension members design ultimate tensile strength

Design of truss tension members design ultimate tensile strength

14- AutoCAD commands (POLYGON, ELLIPSE, and PRINT)

14- AutoCAD commands (POLYGON, ELLIPSE, and PRINT)

13- AutoCAD commands (STRETCH, SCALE, POLYLINE, and SPLINE)

13- AutoCAD commands (STRETCH, SCALE, POLYLINE, and SPLINE)

Design of tension members (gross and effective areas)

Design of tension members (gross and effective areas)

12- AutoCAD BLOCK and Architectural drawings

12- AutoCAD BLOCK and Architectural drawings

11- AutoCAD exercises

11- AutoCAD exercises

10- AutoCAD command (LAYERS)

10- AutoCAD command (LAYERS)

9- AutoCAD commands (TEXT and DIMENSION)

9- AutoCAD commands (TEXT and DIMENSION)

8- AutoCAD commands ROTATE, MULTILINE, EXPLODE, and TRIM

8- AutoCAD commands ROTATE, MULTILINE, EXPLODE, and TRIM

7- AutoCAD commands (EXTEND, DONUT, and ARRAY)

7- AutoCAD commands (EXTEND, DONUT, and ARRAY)

How to calculate wind loads according to ASCE 7

How to calculate wind loads according to ASCE 7

6- AutoCAD exercises

6- AutoCAD exercises

5- AutoCAD commands (OFFSET and MIRROR) and exercise

5- AutoCAD commands (OFFSET and MIRROR) and exercise

4 - AutoCAD exercises

4 - AutoCAD exercises

3- AutoCAD commands HATCH, MOVE, COPY, CHAMFER, and FILLET

3- AutoCAD commands HATCH, MOVE, COPY, CHAMFER, and FILLET

Using AutoCAD to draw the layout of steel warehouse

Using AutoCAD to draw the layout of steel warehouse

2- AutoCAD commands LINE, CIRCLE, ARC, and RECTANGLE

2- AutoCAD commands LINE, CIRCLE, ARC, and RECTANGLE

1- Introduction to CAD "Computer-Aided Design" and AutoCAD

1- Introduction to CAD "Computer-Aided Design" and AutoCAD

Components of Steel Warehouse

Components of Steel Warehouse

Brittleness of concrete under bending

Brittleness of concrete under bending

Ductility of concrete with Stainless Steel Fiber

Ductility of concrete with Stainless Steel Fiber

Compressive Strength of concrete with Stainless Steel Fibers

Compressive Strength of concrete with Stainless Steel Fibers

Analysis of warehouse frames due to wind loads.

Analysis of warehouse frames due to wind loads.

Settlement in beams using RISA 2D.

Settlement in beams using RISA 2D.

Hydrology - Peak runoff using NRCS Method

Hydrology - Peak runoff using NRCS Method

Hydrology - Peak Runoff using Rational Method

Hydrology - Peak Runoff using Rational Method

Hydrology - Hydrographs

Hydrology - Hydrographs

Hydrology - Rainfall Characteristics

Hydrology - Rainfall Characteristics

Hydrology - Time of concentration part 2/2

Hydrology - Time of concentration part 2/2

Hydrology - Time of concentration part 1/2

Hydrology - Time of concentration part 1/2

Open Channel Flow part 5/5

Open Channel Flow part 5/5

Open Channel Flow part 4/5

Open Channel Flow part 4/5

Open Channel Flow part 3/5

Open Channel Flow part 3/5

Open Channel Flow part 2/5

Open Channel Flow part 2/5

Open Channel Flow part 1/5

Open Channel Flow part 1/5

Energy Equation part 2/2

Energy Equation part 2/2

Energy equation part 1/2

Energy equation part 1/2

Continuity Equation

Continuity Equation

Velocity and Types of Flow and Reynold Number

Velocity and Types of Flow and Reynold Number

Water Pressure part -3-

Water Pressure part -3-

Water Pressure part -2-

Water Pressure part -2-

Water Pressure part -1-

Water Pressure part -1-

Hydrostatic fundamental concepts

Hydrostatic fundamental concepts

Introduction to steel bridges

Introduction to steel bridges

Design of steel-concrete composite beams part -2-

Design of steel-concrete composite beams part -2-