Aerodynamics is study of dynamics of objects moving through air. Application of aerodynamics is all around us. Learn the key concepts of aerodynamics and its real life applications related to sports, building, aircraft, and cars. This course is designed considering very little or no background knowledge of the subject. In this short course you’ll develop good understanding of subject and start applying the knowledge on anything you are designing.
Geometry And Mesh Building Intelligent Toolkit known as GAMBIT is one of the main preprocessing tool. GAMBIT preprocessor provides concise and powerful set of solid modeling-based geometry tools. GAMBIT offers state-of-the-art mesh generation technology in powerful, yet easy-to-use interface. Extensive automation dramatically reduces meshing time for many applications. This course provides you with all the geometry modeling knowledge of GAMBIT.
CFD Meshing with ANSYS ICEM CFD
Meshing, which is a discrete representation of the geometry, is the most challenging task in the CFD study. Learning a pre-processing tool like ANSYS ICEM CFD will enable meshing large and complex models efficiently. This course is intended for people who have had little or no experience with ANSYS ICEM CFD. Unstructured, multi-block structured and hybrid meshing techniques are discussed, with a focus on the pre-processing needs for CFD study.
CFD Modeling Using ANSYS ICEM CFD & ANSYS CFX
CFD is used in industries like power generation, aerospace, process industries, automotive, and chemical engineering to enhance product performance. For students or professionals who aspire to work in such industry or allied research, CFD is a tool which will provide them a powerful analysis capability. This course is designed to teach you all the skills to conduct CFD analysis using the CFD software ANSYS CFX and ICEM CFD.
CFD Modeling Using ANSYS ICEM CFD & ANSYS FLUENT
CFD is used in industries like power generation, aerospace, process industries, automotive, and chemical engineering to enhance product performance. For students or professionals who aspire to work in such industry or allied research, CFD is a tool which will provide them a powerful analysis capability. This course is designed to teach you all the skills to conduct CFD analysis using the most popular CFD software ANSYS FLUENT and ICEM CFD.
CFD Modeling Using STAR CCM+
This course is which teaches CFD modeling using STAR CCM+ software is among the most interactive online learning course offered by LearnCAx. For participants who want to learn CFD, the course offers a unique combination of theory, software knowledge, software practice, and mentoring. The expertise in CFD opens up wide range of opportunities in design sector within industries like power, aerospace, process industries, automotive and many more.
CFD Simulation of Rotating Machinery
Turbo machineries are rotating machines or devices that change the state of working fluids or transport fluids to extract energy or create propulsion. As fluid flow is integral to the operation and performance of a rotating machine, use of CFD has formed a standard practice in design of such machines. This course will teach you the specialized models and complex modeling procedure required to use CFD for turbomachinery flow simulation.
CFD Simulation with ANSYS CFX
A perfect blend of theoretical foundation and software exposure. This course explicitly focuses on solver technology and post-processing part of typical CFD process using simulation tool ANSYS CFX. A course of its kind which includes video lessons, software demos, video tutorials, tests for regular assessment, project work & many more. This course will help you to understand fluid dynamics involved into real world scenarios.
CFD Simulation with ANSYS FLUENT
This course is a perfect fusion of CFD theory and software exposure. This course explicitly focuses on solver and post-processing part of typical CFD process using simulation tool ANSYS FLUENT. A course of its kind which includes video lessons, software demos, video tutorials, tests for regular assessment and project work. This course will help you to understand fluid dynamics involved into real world scenarios.
Fundamentals of CFD
With increasing numbers of 'easy to use' commercial CFD packages and research oriented CFD codes, students and working professionals who run CFD software for their projects, don't have a clear idea about the mathematics or theoretical background behind them. 'CFD foundation' course sheds light on the governing physical equations, and how the fluid flow problems are solved on computers using numerical methods, the backbone of any CFD code.
Heat Transfer Modeling Using ANSYS FLUENT
There are many thermal systems which involve strong coupling between fluid flow and heat transfer. Systems like radiator and heat exchanger require a lot more detailed modeling of heat transfer phenomenon. Here we have to make complex modeling considerations about aspects like natural convection and radiation heat transfer. This course will teach you all the advanced heat transfer modeling capabilities for detail simulation of thermal systems.
Intensive Training programme in CFD Analysis
In today’s rapidly changing world, CFD has become predominant in almost every stream of manufacturing industry. For the engineers who aspire to work in such industries or allied research, CFD knowledge is considered to be a must. This course develops your skills sets in meshing and simulation using best in its category ANSYS ICEM CFD and ANSYS FLUENT. This is highly recommended course for passionate engineer willing to pursue CFD as a career.
Introduction to Autodesk SIMULATION CFD
Autodesk Simulation CFD software provides a comprehensive set of tools for fluid flow simulations and thermal simulations. The design study environment of this software can be used to compare performances of different designs. Simulation CFD software is one of the best software tools to get a head start in CFD. This course is designed for beginners in CFD field. Learn CFD with Autodesk Simulation CFD and start simulating your own design.
Introduction to Geometric Dimensioning & Tolerance
A course which gives in basic knowledge of Dimensioning systems and Tolerance formats. The course is divided into 3 parts; First, basics of engineering drawings covering all the projections and dimensions standards. Second, the understanding of tolerance types, and their correct representations. Third, understanding of surface finish, limits & fits, and welding parameters and proper know-how to generate apt design sheets.
Introduction to programming using Scilab
Scilab is free and open source software for numerical computation. It provides a powerful computational environment for engineering and scientific applications. In this course you will learn the fundamentals of Scilab and its application in scientific computing. This short course will teach you to write basic level programs on your own. This course is a ‘get-started with Scilab’ guide for beginners in programming.
Introduction to SolidWorks
For every mechanical engineer, 3D modeling is considered to be a very important skill. These tools are used right from the conceptualization of a design till the final product is manufactured. Learn 3D modeling in an interactive way with the world leading tool – SolidWorks. The course introduces you to SolidWorks GUI and its various stages of 3D model generation. Assuming that participants are new to CAD Modeling, the learning curve is kept gradual.
Introduction to TGrid
TGrid is unstructured grid generation program to create unstructured mesh for complex geometries. Unfortunately, the mesh generated by most of the meshing software contains poorly shaped or distorted elements. TGrid provides certain optimization-based smoothing techniques, by using which, the quality of the mesh can be improved. This course provides you with basic concepts and all operational knowledge of TGrid.
Multiphase Flow Modeling Using ANSYS FLUENT
CFD based multiphase flow modeling tools are now considered as highly reliable technology to simulate multiphase flow applications. As a design engineer you will encounter multiphase flows in many chemical and process industry applications. Basic knowledge of CFD will not be sufficient if you want to design such multiphase flow systems using simulations. This course will equip you with necessary knowledge to successfully model multiphase flows.