A Free Software Three-Dimensional Structural Finite Element Program.

Day 1

• Module 00 – The implicit approach
• Module 01 – The environment
• Module 02 – The input file
• Module 03 – Type of analysis, elements and much more …
• Module 04 – Non linearities

Day 2

• Module 05 – Rubber models and Anisotropies
• Module 06 – Pre-processing: prepare the model
• Module 07 – Post-processing the results
• Module 08 – LINUX, Compiling and Solvers (Pardiso)

Customer test case on request

A Dynamic Finite Element Program Suite for Explicit approach simulation.

Day 1

• Module 00 – The explicit approach
• Module 01 – The environment
• Module 02 – The input file
• Module 03 – Type of elements
• Module 04 – Trackers and other tips for Post-Progessing
• Module 05 – Pre-processing and Post-Progessing

Customer test case on request

An open source multiphysical simulation software.

Day 1

• Module 00 – The implicit approach
• Module 01 – The environment
• Module 02 – The input file
• Module 03 – Thermic analysis
• Module 04 – Fluid dynamics analysis

Day 2

• Module 05 – Electric analysis
• Module 06 – Current analysis
• Module 07 – Magnetostatic analysis
• Module 08 – Magnetodynamic analysis
• Module 09 – Acoustic analysis

Day 3

• Module 10 – The Multiphysics Coupling approach
• Module 11 – Pre-processing: prepare the mesh
• Module 12 – Post-Progessing the results
• Module 13 – LINUX, Compiling process

Customer test case on request

preCICE is an open-source coupling library for partitioned multi-physics simulations.

Day 1

• Module 00 – The environment
• Module 01 – The input file
• Module 02 – Coupling techniques
• Module 03 – FSI (Fluid Structure Interaction)
• Module 04 – CHT (Conjugate Heat Trasfer)

Customer test case on request

A 2d finite element simulator for Thermal propagation.

Day 1

• Module 00 – Module 01 – The environment
• Module 01 – The Windows GUI interface
• Module 02 – Application in thermal building insulation

Customer test case on request

OpenFOAM is free, open source software for CFD from the OpenFOAM Foundation.

Day 1

• Module 00 – The explicit approach
• Module 01 – LINUX vs UBUNTU bash in Windos10
• Module 02 – The case folder structute
• Module 03 – foamBuilder® GUI as case generator

Day 2

• Module 04 – The OpenFOAM world …
• Module 05 – The RheoTool package for non-newtonian fluids
• Module 06 – The use of ParaView for post-processing

Customer test case on request

It is a fork of the OpenFOAM® open source library for Computational Fluid Dynamics (CFD).

Day 1

• Module 00 – The fork between different OpenFOAM environment
• Module 01 – The Immersed Boundary Method

Customer test case on request

Open source CFD software developed primarily by OpenCFD Ltd since 2004.

Day 1

• Module 00 – The fork between different OpenFOAM environment
• Module 01 – The Over Set Grid solution

Customer test case on request

Finite Element Method Magnetics. A WINDOS based program to perform: Magnetics, Electrostatics, Heat Flow and Current Flow in two-dimension domain.

Day 1

• Module 00 – 2D in electromagnetic simulations
• Module 01 – The environment
• Module 02 – The Windows GUI interface
• Module 03 – Electrostatic problems
• Module 04 – Magnetostatic problems
• Module 05 – Some hints on thermal and current problems

Day 2

• Module 06 – The LUA scripting in FEMM simulation
• Module 07 – Integration of equation of motion in electromagnetic simulations
• Module 08 – Complex Magnetodynamic problems using LUA scripting

Day 3

• Module 09 – Experimental vs Simulation
• Module 10 – Magnetic materials characterization

Customer test case on request

A fast and flexible particle simulations using Discrete Particles Methods.

Day 1

• Module 00 – The DPM (Discrete Particle Method) approach
• Module 01 – The C++ environment
• Module 02 – Kind of problems suitable to DPM
• Module 03 – Post-processing the results

Customer test case on request

LAMMPS is a classical molecular dynamics code with a focus on materials modeling. It's an acronym for Large-scale Atomic/Molecular Massively Parallel Simulator.

Day 1

• Module 00 – The DEM (Discrete Element Method) approach
• Module 01 – The input file
• Module 02 – Kind of problems suitable to LAMMPS
• Module 03 – Post-processing the results

Customer test case on request

An Open Source Discrete Element Method Particle Simulation Software.

Day 1

• Module 00 – The DEM (Discrete Element Method) approach
• Module 01 – The input file
• Module 02 – Kind of problems suitable to DEM
• Module 03 – Post-processing the results

Customer test case on request

Fire Dynamics Simulator (FDS) and SMokeView (SMV). Fire Dynamics Simulator is a Large-Eddy Simulation (LES) code for low-speed flows, with an emphasis on smoke and heat transport from fires.

Day 1

• Module 00 – LES (Large Eddies Simulation) in Fire Dynamic Simulation
• Module 01 – Compilation and Windows10 setup the environment
• Module 02 – Computational application in Civil Engineering
• Module 03 – Post-processing the results

Customer test case on request

The PaLaBoS library is a framework for general-purpose computational fluid dynamics (CFD), with a kernel based on the lattice Boltzmann (LB) method.

Day 1

• Module 00 – The Lattice Boltzmann approach to CFD
• Module 01 – The C++ environment
• Module 02 – CFD simulations suitable to Lattice Boltzmann and advantege in CFD analysis
• Module 03 – Post-processing the results

Customer test case on request

The DAKOTA toolkit provides:.

Day 1

• Module 00 – Set-up the Windows10 or LINUX environment
• Module 01 – Design optimization
• Module 02 – Parameters estimation

Day 2

• Module 03 – Uncertain quantification
• Module 04 – Sensitivity analisys

Customer test case on request