CFD courses train the aspirants on how to evaluate which mathematical approximations are appropriate and genuine for solving an array of real-world problems. Equal importance is stressed on the processes involved in result interpretation. Expert suggestions are shared which facilitates the right decision-making ability based on past consequences which have been proved to be reliable.
CFD courses encourage open-ended classroom discussion from the beginning till the end of the course duration. Some entry-level CFD project topics revolve around mesh designs, simple hand differential calculations etc. The CFD course trains the students on code as well as theoretical subjects.
Part 1
- Fundamentals
- Examples stated in the form of simulations
- Merits and demerits of CFD
- Introduction to fluid mechanics
- Related equations like that of momentum and energy, continuity
- List of numerical processes
- Finite volume method
- Temporal discretization
- Spatial discretization
- Grid generation
- Solution of the pressure correction equations
- Solution of systems using linear equations
Part 2
- Simulation models
- What must be ensured before hosting a simulation?
- Effect of assumptions
- How to generate grids?
- Examples
- Quality of CFD results
- Interpretation
- Possible improvements
- Perspectives and summary
- Trends in CFD
- Coupled simulations
- Simulation models
Who can opt for CFD training?
Practising application engineers who want to grab the concepts of fluid mechanics can learn how to implement CFD mechanisms to solve their practical issues most efficiently. Attendees got to have their graduate degree as an engineer in addition to which they must have an interest in the realm of engineering mathematics and fluid mechanics.
Significance of design for manufacturing courses
Designing the products to suit the customer experience is necessary in modern times. The practice has to be iterative. Therefore design for manufacturing certification entitles you to the responsibility of handling complicated product designs along with developmental processes.
This course trains you by explaining important design thinking principles and includes story mapping in addition to prototyping. By putting all of these together you will eventually learn to generate amazing products that will not only ensure functionality but will also seem to be attractive among the range of similar products.
In designing courses the aspirants gain knowledge regarding how best to translate concepts into marketing offerings without leaving any product weaknesses. The subjects that are covered throughout the course include simulation and modelling, design processes, manufacturing process selection, mass customization, modular design and platform and finally proper planning and scheduling.
Conclusion
Design for manufacturing or DFM skills are proved to be resourceful for professionals who belong from a mechanical engineering background or any previous job involving product development. The outcome of the CFD course is to evolve a fundamental understanding of different product designing processes that demand DFM expertise.
The successful candidates become eligible for converting various concepts into models that are ready to be published in the market after manufacturing. This course can be done online, for more information visit the official webpage of the NPTEL.
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