F1 Formula -
Vehicle Design Course
Multibody Dynamics
Computational Fluid Dynamics
Finite Element Analysis
Training Outline Details
Multi-Body Dynamics
Finite Element Analysis
Computational Fluid Dynamics
Certificate of Completion: Issued by EOSTrack - Authorized Business Partner of MSC Software
Language: ARABIC
Location: ONLINE
Dates: (approx. 11 days of classes)
February 6th - February 10th, 2022
1 Week Hands On Practice
February 18th - February 23rd, 2022
The courses are taught with a live instructor online in 5 hour daily sessions (including breaks)
Cost:
Registration for 1 5000 LE
Registration for 5+ 4000 LE (each)
Registration for 10+ 3500 LE (each)
Training Objectives
The training consists of three-comprehensive courses that shapes the automotive engineering analysis from multibody dynamics, computational fluid dynamics, and finite element analysis.
The courses cover not only the theoretical basis for each learning track, but also provides the experience of practical tips and tricks through learning-by-doing approach.
It includes:
Student Software licenses for the attendees
All the PDF presentation slides will be provided
Downloadable working CAD files
Access to live interactive online course
What you will learn?
Introduction to Multibody Dynamics
This course provides both theoretical and numerical background and building your own Multibody dynamics models using MSC Adams.
Introduction to Multibody dynamics
Keywords being used in these field
Basic definitions and loading scenarios
Model assessment
Automotive Driven Examples
Introduction to Applied Computational Fluid Dynamics
This course provides both theoretical and numerical fundamentals physics and modeling used in computational fluid dynamics.
Introduction to Applied CFD
Governing equations and physical interpretation
Basics definitions used in Aerodynamics
Model preparation and assessment
Automotive Driven Examples
Introduction to Finite Element Analysis
This course provides both theoretical and numerical formulation for the finite element analysis from a practical point of view.
Introduction to Practical FEA
Solid mechanics governing equations
Model preparation and assessment
Linear statics and dynamics
Automotive Driven Examples