Канал: Ahmed Sadoon

Civil Engineering Materials Lecture 22 (Wood)

Civil Engineering Materials Lecture 22 (Wood)

Civil Engineering Materials Lecture 21 (Aluminum)

Civil Engineering Materials Lecture 21 (Aluminum)

Civil Engineering Materials Lecture 20 (Steel)

Civil Engineering Materials Lecture 20 (Steel)

Principles of Surveying Lecture 14 (Topographic Surveying and Mapping)

Principles of Surveying Lecture 14 (Topographic Surveying and Mapping)

Principles of Surveying Lecture 13 (EARTHWORK COMPUTATIONS, The Determination of Volumes)

Principles of Surveying Lecture 13 (EARTHWORK COMPUTATIONS, The Determination of Volumes)

Principles of Surveying Lecture 12 (Computation of Areas)

Principles of Surveying Lecture 12 (Computation of Areas)

Principles of Surveying Lecture 11 (Application of Theodolite)

Principles of Surveying Lecture 11 (Application of Theodolite)

Principles of Surveying Lecture 10 (Traverse Computations)

Principles of Surveying Lecture 10 (Traverse Computations)

Civil Engineering Materials Lecture 19 Asphalt Concrete part 2

Civil Engineering Materials Lecture 19 Asphalt Concrete part 2

Civil Engineering Materials Lecture 18 Asphalt Concrete part 1

Civil Engineering Materials Lecture 18 Asphalt Concrete part 1

Civil Engineering Materials Lecture 17 hardened concrete properties

Civil Engineering Materials Lecture 17 hardened concrete properties

Civil Engineering Materials Lecture 16 (Mixing, Placing, Handling Fresh Concrete and Curing)

Civil Engineering Materials Lecture 16 (Mixing, Placing, Handling Fresh Concrete and Curing)

Principles of Surveying Lecture 9 (Determining the Directions of A Traverse by its Azimuth)

Principles of Surveying Lecture 9 (Determining the Directions of A Traverse by its Azimuth)

Principles of Surveying Lecture 8 (Directions of A Line by its Azimuth angle or by its Bearing)

Principles of Surveying Lecture 8 (Directions of A Line by its Azimuth angle or by its Bearing)

Principles of Surveying Lecture 7 (ANGLES AND DIRECTIONS)

Principles of Surveying Lecture 7 (ANGLES AND DIRECTIONS)

Civil Engineering Materials Lecture 15 Concrete Mix design part 3 (Example)

Civil Engineering Materials Lecture 15 Concrete Mix design part 3 (Example)

Civil Engineering Materials Lecture 14 Concrete Mix design part 2

Civil Engineering Materials Lecture 14 Concrete Mix design part 2

Principles of Surveying Lecture 6 (Rise and Fall method)

Principles of Surveying Lecture 6 (Rise and Fall method)

Principles of Surveying Lecture 5.1 (Inverted staff example )

Principles of Surveying Lecture 5.1 (Inverted staff example )

Principles of Surveying Lecture 5 (Examples on Height of Instrument or plane of collimation method)

Principles of Surveying Lecture 5 (Examples on Height of Instrument or plane of collimation method)

Principles of Surveying Lecture 4 (Introduction to Leveling and Height of Instrument method)

Principles of Surveying Lecture 4 (Introduction to Leveling and Height of Instrument method)

Principles of Surveying Lecture 3 (Distance Measurements)

Principles of Surveying Lecture 3 (Distance Measurements)

Principles of Surveying Lecture 2 (Fundamental concepts and applications)

Principles of Surveying Lecture 2 (Fundamental concepts and applications)

Principles of Surveying Lecture 1 (Introduction to Surveying)

Principles of Surveying Lecture 1 (Introduction to Surveying)

Course syllabus Surveying

Course syllabus Surveying

Civil Engineering Materials Lecture 13 Concrete Mix design part 1

Civil Engineering Materials Lecture 13 Concrete Mix design part 1

Introduction to Civil Engineering Design Lecture 4.2 (Structural Engineering Drawing Types)

Introduction to Civil Engineering Design Lecture 4.2 (Structural Engineering Drawing Types)

Civil Engineering Materials Lecture 12 (Admixtures)

Civil Engineering Materials Lecture 12 (Admixtures)

Civil Engineering Materials Lecture 11 (Admixtures)

Civil Engineering Materials Lecture 11 (Admixtures)

Introduction to Civil Engineering Design Lecture 4.1 (Roles and responsibilities during the Design)

Introduction to Civil Engineering Design Lecture 4.1 (Roles and responsibilities during the Design)

Civil Engineering Materials Lecture 10 (Portland cement)

Civil Engineering Materials Lecture 10 (Portland cement)

Civil Engineering Materials Lecture 9 (Portland cement)

Civil Engineering Materials Lecture 9 (Portland cement)

Civil Engineering Materials Lecture 8 (Portland cement)

Civil Engineering Materials Lecture 8 (Portland cement)

Civil Engineering Materials Lecture 7 (Aggregates Properties)

Civil Engineering Materials Lecture 7 (Aggregates Properties)

Civil Engineering Materials Lecture 6 (Aggregates Properties)

Civil Engineering Materials Lecture 6 (Aggregates Properties)

معلومات يجب أن تعرفها عن الدراسات العليا في جامعة الملك فهد (تجربة الطلاب السودانيين)ه

معلومات يجب أن تعرفها عن الدراسات العليا في جامعة الملك فهد (تجربة الطلاب السودانيين)ه

Introduction to Civil Engineering Design Lecture 3 (Design Requirements)

Introduction to Civil Engineering Design Lecture 3 (Design Requirements)

Civil Engineering Materials Lecture 5 (Aggregates Properties)

Civil Engineering Materials Lecture 5 (Aggregates Properties)

Civil Engineering Materials Lecture 4 (Aggregates Properties)

Civil Engineering Materials Lecture 4 (Aggregates Properties)

Introduction to Civil Engineering Design Lecture 2 (The Design Process)

Introduction to Civil Engineering Design Lecture 2 (The Design Process)

Civil Engineering Materials Lecture 3.2 (Aggregates)

Civil Engineering Materials Lecture 3.2 (Aggregates)

Civil Engineering Materials Lecture 3.1

Civil Engineering Materials Lecture 3.1

Civil Engineering Materials Lecture 2

Civil Engineering Materials Lecture 2

Introduction to Civil Engineering Design Lecture 1 (Civil Engineering Disciplines )

Introduction to Civil Engineering Design Lecture 1 (Civil Engineering Disciplines )

Civil Engineering Materials Lecture 1

Civil Engineering Materials Lecture 1

Civil Engineering Materials (Course Syllabus)

Civil Engineering Materials (Course Syllabus)

Dynamics Lecture 4 part 2 (Examples on how to apply the Principle of Linear Impulse and Momentum )

Dynamics Lecture 4 part 2 (Examples on how to apply the Principle of Linear Impulse and Momentum )

Dynamics Lecture 4 part 1 (apply the Principle of Linear Impulse and Momentum )

Dynamics Lecture 4 part 1 (apply the Principle of Linear Impulse and Momentum )

Dynamics Lecture 3 part 2 (Apply the Principle of Work and Energy to a Particle )

Dynamics Lecture 3 part 2 (Apply the Principle of Work and Energy to a Particle )

Dynamics Lecture 3 part 1 (Determine the Work of a Force)

Dynamics Lecture 3 part 1 (Determine the Work of a Force)

Dynamics Lecture 2 part 2 (Determine forces and accelerations for particles in rectilinear motion)

Dynamics Lecture 2 part 2 (Determine forces and accelerations for particles in rectilinear motion)

Dynamics Lecture 2 part 1 (Draw the free-body and kinetic diagrams for an accelerating body)

Dynamics Lecture 2 part 1 (Draw the free-body and kinetic diagrams for an accelerating body)

Dynamics Lecture 1 part 2 (Rectilinear Kinematics with constant acceleration)

Dynamics Lecture 1 part 2 (Rectilinear Kinematics with constant acceleration)

Dynamics Lecture 1 part 1 ( Introduction + Rectilinear Kinematics)

Dynamics Lecture 1 part 1 ( Introduction + Rectilinear Kinematics)

2دورة أساسيات قراءة المخططات المعمارية والمدنية (اليوم الخامس) ( المخططات المدنية) ج

2دورة أساسيات قراءة المخططات المعمارية والمدنية (اليوم الخامس) ( المخططات المدنية) ج

Statics Lecture 21 part 2 ( MOMENTS OF INERTIA FOR COMPOSITE AREAS)

Statics Lecture 21 part 2 ( MOMENTS OF INERTIA FOR COMPOSITE AREAS)

Statics Lecture 21 part 1 ( Moments of Inertia)

Statics Lecture 21 part 1 ( Moments of Inertia)

Statics Lecture 20 part 2 ( Centroid of Composite Bodies)

Statics Lecture 20 part 2 ( Centroid of Composite Bodies)

Statics Lecture 20 part 1 (Center of Gravity and Centroid)

Statics Lecture 20 part 1 (Center of Gravity and Centroid)

1دورة أساسيات قراءة المخططات المعمارية والمدنية (اليوم الرابع) ( المخططات المدنية) ج

1دورة أساسيات قراءة المخططات المعمارية والمدنية (اليوم الرابع) ( المخططات المدنية) ج

2دورة أساسيات قراءة المخططات المعمارية والمدنية (اليوم الثالث) ( المخططات المعمارية) ج

2دورة أساسيات قراءة المخططات المعمارية والمدنية (اليوم الثالث) ( المخططات المعمارية) ج

Statics Lecture 19 (Dry Friction, The Equilibrium of Rigid Bodies Subjected to frictional force)

Statics Lecture 19 (Dry Friction, The Equilibrium of Rigid Bodies Subjected to frictional force)

Statics Lecture 18 (Determine the Forces in the Members of a Truss using the Method of sections)

Statics Lecture 18 (Determine the Forces in the Members of a Truss using the Method of sections)

Statics Lecture 18 (Zero-Force Members)

Statics Lecture 18 (Zero-Force Members)

1دورة أساسيات قراءة المخططات المعمارية والمدنية (اليوم الثاني) ( المخططات المعمارية) ج

1دورة أساسيات قراءة المخططات المعمارية والمدنية (اليوم الثاني) ( المخططات المعمارية) ج

دورة أساسيات قراءة المخططات المعمارية والمدنية (اليوم الاول) ( المراحل الي يمر بها المبني) ج 1

دورة أساسيات قراءة المخططات المعمارية والمدنية (اليوم الاول) ( المراحل الي يمر بها المبني) ج 1

Statics Lecture 17 (Determine the Forces in the Members of a Truss using the Method of Joints)

Statics Lecture 17 (Determine the Forces in the Members of a Truss using the Method of Joints)

Statics Lecture 16 (Examples on Shear and Moment Equations and Diagrams)

Statics Lecture 16 (Examples on Shear and Moment Equations and Diagrams)

Statics Lecture 15 ( Shear and Moment Equations and Diagrams)

Statics Lecture 15 ( Shear and Moment Equations and Diagrams)

Statics Lecture 14 ( Internal Loadings Developed in Structural Members)

Statics Lecture 14 ( Internal Loadings Developed in Structural Members)

Statics Lecture 13 ( Calculating the Support Reactions in Complicated Examples)

Statics Lecture 13 ( Calculating the Support Reactions in Complicated Examples)

Statics Lecture 12 ( calculating the support reactions using the equations of equilibrium)

Statics Lecture 12 ( calculating the support reactions using the equations of equilibrium)

Statics Lecture 11 part 2 ( Types of support reactions, Free Body Diagram)

Statics Lecture 11 part 2 ( Types of support reactions, Free Body Diagram)

Statics Lecture 11 part 1 (Equilibrium for a rigid body)

Statics Lecture 11 part 1 (Equilibrium for a rigid body)

Statics Lecture 10 part 2 (Moment of a Force—Vector Formulation)

Statics Lecture 10 part 2 (Moment of a Force—Vector Formulation)

Statics Lecture 10 part 1 (Vector Cross Product)

Statics Lecture 10 part 1 (Vector Cross Product)

Statics Lecture 9 (Moment of a Force 'Scalar Formulation')

Statics Lecture 9 (Moment of a Force 'Scalar Formulation')

Statics Lecture 8 (3-D particle equilibrium)

Statics Lecture 8 (3-D particle equilibrium)

Statics Lecture 7 (2-D particle equilibrium)

Statics Lecture 7 (2-D particle equilibrium)

Statics Lecture 6 (Introduction to Equilibrium of a Particle)

Statics Lecture 6 (Introduction to Equilibrium of a Particle)

Statics Lecture 5 (Position Vector, the Force Vector Directed Along a Line)

Statics Lecture 5 (Position Vector, the Force Vector Directed Along a Line)

Statics Lecture 4 (Cartesian Vectors)

Statics Lecture 4 (Cartesian Vectors)

Statics Lecture 3 (Addition of a System of Coplanar Forces)

Statics Lecture 3 (Addition of a System of Coplanar Forces)

Statics Lecture 2 (Vector Addition of Forces)

Statics Lecture 2 (Vector Addition of Forces)

Statics Lecture 1 (General Principles)

Statics Lecture 1 (General Principles)

Mass Movement (Wasting) in Geology, Lecture 15

Mass Movement (Wasting) in Geology, Lecture 15

Earthquakes in Geology, continuation Lecture 14

Earthquakes in Geology, continuation Lecture 14

Earthquakes in Geology, Lecture 14

Earthquakes in Geology, Lecture 14

Crustal deformation (Structural geology),Continuation Lecture 13

Crustal deformation (Structural geology),Continuation Lecture 13

Crustal deformation (Structural geology), Lecture 13

Crustal deformation (Structural geology), Lecture 13

Ground water in Geology, Continuation (Lecture 12)

Ground water in Geology, Continuation (Lecture 12)

Ground water in Geology (Lecture 12)

Ground water in Geology (Lecture 12)

Running water in Geology, Continuation (Lecture 11)

Running water in Geology, Continuation (Lecture 11)

Running water in Geology (Lecture 11)

Running water in Geology (Lecture 11)

Soil Formation in Geology (Lecture 10) (Continuation)

Soil Formation in Geology (Lecture 10) (Continuation)

Durability, evaluation and repair of concrete Structures (Lecture 1)

Durability, evaluation and repair of concrete Structures (Lecture 1)

Soil Formation in Geology (Lecture 10)

Soil Formation in Geology (Lecture 10)

Weathering in Geology (Lecture 9)

Weathering in Geology (Lecture 9)