Geotechnical Applications using Software (Arabic)

Description

Lecture 1: Site investigation – Lab tests – Field tests

Lecture 2: Site Investigation (Geotechnical report – soil parameters – BH cross section and Plan (drawings) 

Lecture 3: Introduction – Constitutive models – Settlement assessment 

Lecture 4:  introduction – Settlement assessment using – SIMULATION OF LABORATORY TESTS Computational “new.”

Lecture 5: Settlement assessment 

Lecture 6: Settlement assessment– stability analysis (Introduction)

Lecture 7: stability analysis 

Lecture 8: stability analysis (real case) (2D – 3D)

Lecture 9: stability and settlement analysis (real case) 

Lecture 10: seepage analysis (2D – 3D)- (3D: coupled flow model (rapid draw down and slow draw down)– Stability 

Lecture 11: Pile design (Single pile (tension – lateral – compression)

Lecture 12: Pile group design (piles under footing – piles under embankment))

Lecture 13: side support system design (Introduction – 2d – 3D)

Lecture 14: side support system design (2d – 3D) – Soil nailing (2d) – add 3D “new example.”

Lecture 15: Monopile design (3D) – soil nailing stability (3D) – Shoring system continue 

Lecture 16: (2D – 3D) – Dynamic (Introduction – 3D (machine footing – earthquake – dynamic loading on piles) – 2D (machine footing – earthquake)

Lecture 17: dynamic (2D earthquake) – seismic– Harbor simulation (2D and 3D) – Pile design – shoring 

Lecture 18: Tunnel simulation (2d – 3D)

Lecture 19: Tunnel introduction in numerical modelling – tunnels with anchors (3D) – Tunnels 

Lecture 20: Earthquake– settlement) – dewatering simulation (3D – 2D) simulation on software

Lecture 21: encased stone column simulation on 3D

Lecture 22: stone column design – stone column unit cell simulation (2D) – Introduction about dynamic damping – soil improvement 

Lecture 23:  2D (settlement assessment -shoring system)

Lecture 24:  2D(embankment on soft clay with vertical drains – embankment on soft clay with stone columns – shoring system – tunnels)

Lecture 25:  2D (coupled flow model (rapid draw down and slow draw down) – embankment river