Skip to main content

CFD Training, Computational Fluid Dynamics : Tonex Training


CFD training, Computational Fluid Dynamics is a method based on a quick and consistent computational method to solve complicated fluid flow and heat transfer problems.
CFD allows the product design personnel to decrease the risks of potential design failures, improve their engineering design, and thus deliver them with the false competitive benefits in the marketplace.

Learn About:

CFD Fundamentals, principles, and Modeling
CFD requirements
Boundary Conditions
Physical properties of materials
The required user input
Turbulence modeling
Solution control parameters
Discretization schemes
Solution-adaptive mesh refinement
Streamwise  periodic flows
Compressible Fluid Flow considerations
Heat transfer and radiation modeling
Non-Conformal meshes
Modeling flows with rotating reference frames

TONEX CFD Training Format:

This course is a combination of theoretical and practical training on CFD. You will learn the concepts, methods, and formulas via lectures, while you will exercise what you have been taught through labs, group activities, and hands-on workshops.

Audience:

CFD training is a 3-day course designed for engineers, scientists, designers and managers who are keen to learn about this technique and some of its broad range of applications.

Training Objectives:
Upon the completion of CFD training, attendees are able to:

Establish the best CFD model (in regards to boundary conditions, material properties, solution control parameters, solution monitor, etc.) for the targeted problem
Develop the most suitable turbulence model for their specific applications
Articulate how to execute both Steady state & Transient (time dependent) fluid flow simulations
Describe how to solve for both isothermal and non isothermal thermo fluid purposes, by involving all the required modes of heat transfer i.e. conduction, convection and radiation.
Solve for both Incompressible and Compressible fluid flow purposes
Solve for fluid flow across porous media and rotating machinery
Obtain the necessary results & plots from wealth of knowledge accessible at the solution stage
Display a critical understanding of the principal equations of fluid mechanics and heat transfer
Measure the effect of various physical phenomena based on dimensional assessment
Comprehend mathematical components of governing equations
Evaluate accurate boundary/initial value problems for different flows
Establish the methodical application of the model equations and problems used in CFD
Validate a critical understanding of the notions of stability and turbulence

Course Outline:

Fundamentals of CFD
Numerical Methods
Steady and Unsteady Incompressible Flows Numerical Modeling
Steady and Unsteady Compressible Flows Numerical Modeling
Conventional Turbulence Modeling
CFD High Performance Computing
Validation and Verification of the Uncertainty Simulations
Data Analysis, Data Fusion and Post Processing
Importance of Experimental Data in CFD
TONEX Case Study Sample: CFD for Aerospace Applications

This CFD training delivers an introduction to the scientific rules and practical engineering usages of CFD. It offers the basic mathematical equations controlling the fluid flow and heat transfer phenomena, as well as practical applications of these theories.

Request more information . Visit Tonex.com for more information.

CFD training, computational fluid dynamics
Labels:

Comments

Post a Comment

Popular posts from this blog

mmW Technology Training Millimeter Wave : Tonex Training

mmW Technology Training makes you familiar with the fundamentals of millimeter wave technologies including 28 GHz and ISM 60 GHz (802.11ad, and 802.11ay) and applications for anyone who need to be grounded in the fundamentals of millimeter wave technologies. mmW technology is based on the spectrum between 30 GHz and 300 GHz, which is referred to as the millimeter wave band. Because the wavelengths for these frequencies are about one to ten millimeters, the mmW are used to label the technologies and applications using these bands. Learning Objectives: Upon completion of this course, the attendees will be able to: Explain the key concepts behind mmW technologies and applications Contrast mmW deployment with Microwave communications deployment Discuss various mmW key components List key measurement, analysis, and identification concepts of physical parameters, and statistical representations of mmWave propagation channels Describe mmW propagation mechanisms Explain various aspects of...
Post a Comment
Read more

Advanced DO-178C Training Workshop

Advanced DO-178C Training Workshop is a 4 days training workshop by Tonex training . Advanced DO-178 training workshop intends to cover all the aspects of DO-178C guideline, as well as its supplementary standards. You will be introduced to the philosophy, rationale, and history behind DO-178C and will learn about the methods and techniques required to develop and implement it in your organization.  Advanced DO-178C training workshop covers the main notions behind DO-178B/C avionics certification. It also reviews the differences between DO-178B and DO-178C. Audience: 4-day course designed for: Software engineers  Project managers  Systems engineers  Software quality engineers  Test engineers  Quality and process assurance personnel 
Post a Comment
Read more

Automotive Functional Safety ISO 26262 Training Bootcamp : Tonex Training

Automotive functional safety ISO 26262 training covers the background of ISO 26262 standard, its scope, the main differences from IEC 61508 (the general safety standard), and how the scope varies with adding new systems. What is ISO 26262? ISO 26262 is a Functional Safety standard that is a modification of the general safety standard IEC 61508 for the specifics of Automotive Electric/Electronic Systems. Learn About: ISO 26262 requirements The challenges of implementing ISO 26262 The formal safety management processes and the recommended supporting processes Risk assessment and the functional safety concept Technical safety concept and system design Safety-oriented hardware and software development A methodical approach to safety analysis Skills required for effective auditing of the ISO 26262 requirements Skills to review the Safety Case Functional Safety Audit and Functional Safety Assessment Confirmation Measures including Confirmation Reviews, Functional Safety Audit and Functiona...
Post a Comment
Read more