Civil Academic
Civil Academic
A platform to make sense of civil engineering subjects, conducted by Mohammad Ali, Lecturer, Department of Civil Engineering.
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Flexibility matrix method
Stiffness Matrix Calculation
Analysis & Design of T-beam using USD Method
Analysis of Frame using slope deflection method part 1
Analysis the frame using slope deflection method part 2
Analysis of Indeterminate truss using flexibility matrix method
Web Reinforcement or Shear Reinforcement Calculation in RC beam
Web Reinforcement or Shear Reinforcement Calculation in RC beam: spacing of stirrup
DEVELOPMENT LENGTH OF REINFORCING BARS
Design of One way slab and types of slab
Development Length calculation of reinforced beam (Tension or Compression)
Development Length calculation for tension and compression members
Analysis and Design of one way slab
Analysis and Design of Axially loaded Column and Uni-axial Column
Normal Stress calculation of stepped bars
Analytical Mechanics: Friction
Flexural Stress or Bending Stress
Isometric view of cylinder and hexagonal prism
SFD and BMD of Frame
Problem Solving Class Geotechnical Engineering I
17. Subsoil investigation: SPT test and slope stability analysis
16. Subsoil investigation: SPT Sampling Methods by Split spoon sampler
15. Subsoil investigation: Depth and spacing of boring calculation procedure
Torsion, Hoop Stress, SFD & BMD diagram of determinate Frame
20. Origin of Soil: details of rock cycle and Grain Size
19. Introduction of Geotechnical Engineering and Origin of Soil and Grain Size
14. Details of Subsoil investigation report
13. Pile Foundation: Pile load test and Group efficiency of pile
12. Pile Foundation: skin friction of the pile
18. The shear strength of the soil: tri-axial shear test, Unconfined Compression, vane shear test