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PLAXIS 2D/3D Training
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Abaqus Mechanical Eng.
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Courses
Abaqus
Abaqus CDP
Abaqus CDP
Curriculum
20 Sections
21 Lessons
365 Days
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Behavior of materials (Elasticity and Plasticity)
1
2.1
The behavior of materials (Elasticity and Plasticity)
Modelling Elastic beam in Abaqus
1
3.1
Modelling Elastic beam in Abaqus
Modelling concrete beam in Abaqus-CDP (Mesh convergence)
1
4.1
Modelling concrete beam in Abaqus-CDP (Mesh convergence)
Abaqus Implicit and Explict, Quasi-static analysis and adaptive meshing
1
5.1
Abaqus Implicit and Explict, Quasi-static analysis and adaptive meshing
Project-I Modelling beam using solid, shell, beam and plane stress elements
1
6.1
Project-I Modelling beam using solid, shell, beam and plane stress elements
Modelling RC Beam in Abaqus (Reinforcement and embedded region)
1
7.1
Modelling RC Beam in Abaqus (Reinforcement and embedded region)
Modeling prestressed beam in Abaqus (Pre-stress using cooling method)
1
8.1
Modeling prestressed beam in Abaqus (Pre-stress using cooling method)
Modelling concrete columns (Solid and axisymmetric elements)
1
9.1
Modelling concrete columns (Solid and axisymmetric elements)
Elasticity and Plasticity in steel under monotonic loading and modelling steel beam
1
10.1
Elasticity and Plasticity in steel under monotonic loading and modelling steel beam
Behavior of steel under cyclic loading and modelling steel beam under cyclic loading
1
11.1
Behavior of steel under cyclic loading and modelling steel beam under cyclic loading
Project II Modelling size effect in concrete under tension using plane stress elements
1
12.1
Project II Modelling size effect in concrete under tension using plane stress elements
Modelling torsion in cylinder in Abaqus
1
13.1
Modeling torsion in a cylinder in Abaqus
Modelling torsion in rectangular elastic and concrete beam
1
14.1
Modelling torsion in rectangular elastic and concrete beam
Project IV Detailed micro modelling of masonry wall
2
15.1
Project IV Detailed micro modelling of masonry wall Part 1
15.2
Project IV Detailed micro modelling of masonry wall Part 2
Thermal Stress analysis and modelling
1
16.1
Thermal Stress analysis and modelling
Sequential thermo-mechanical analysis and modelling
1
17.1
Sequential thermo-mechanical analysis and modelling
Project III Effect of pre-compression and aspect ratio on in-plane strength of concrete shear walls
1
18.1
Project III Effect of pre-compression and aspect ratio on in-plane strength of concrete shear walls
Project III Reinforced concrete shear walls
1
19.1
Project III Reinforced concrete shear walls
Project III and Impact loading on concrete member
1
20.1
Project III and Impact loading on concrete member
Impact loading on concrete member
1
21.1
Impact loading on concrete member
The behavior of materials (Elasticity and Plasticity)
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