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Finite Elements in Civil Engineering and Geosciences

Fundamentals

1. Preliminaries
2. Introduction to finite elements
3. Theoretical analysis

Solids and Structures

4. Linear elasticity
5. Structural elements for linear analysis
6. Nonlinear solid mechanics
7. Time-dependent problems

Fluids

8. Fluid dynamics
- 8.1. Fluids

Advanced

9. Multiphysics
10. Multiscale methods
11. Layout Optimization
- 11.1. Key concepts
- 11.2. Examples
12. Scientific visualisation

Practical information

Course schedules
- CIEM1110
- CIEM1301
- CIEM5110
- CIEM42X0
Codes
- Gridap
- Moose
- PyJive
  - General structure
Exam information
- CIEM1110
- CIEM5110

.md

Fluids

Contents

Stokes flow
Poroelasticity with Darcy flow
Convection-Diffusion-Reaction
Shallow water equations
Navier-Stokes equations

8.1. Fluids#

Stokes flow#

Poroelasticity with Darcy flow#

Convection-Diffusion-Reaction#

Shallow water equations#

Navier-Stokes equations#

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8. Fluid dynamics

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9. Multiphysics

Contents

Stokes flow
Poroelasticity with Darcy flow
Convection-Diffusion-Reaction
Shallow water equations
Navier-Stokes equations

By Colomés, Rocha, Van der Meer, Lesueur

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