Challenge 1 – Mixing Tee Aim – To observe the mixing efficiency in a mixing tee by analysing 2 cases with different lengths (short & long). Theory & Practical Applications – The mixing tee joint is called so since it is responsible for mixing 2 fluids of different temperature using 2 entrances…

Challenge 2 – External flow over a cylinder Aim – To analyse the external flow over a cylinder, calculate the drag and lift coefficient, and observe the phenomenon of Von Karman Street for varying values of Reynolds number. Theory and Practical Applications – Von Karman Street or most commonly known as…

Challenge 3 – Flow over an Ahmed Body Aim - To analyse the flow over an Ahmed Body and study the drag coefficient based on varying y plus values and mesh refinement. Importance of Ahmed Body – An ahmed body is a research-based model used to analyse external flows over cars. The ahmed body represents a standard…

Challenge 4 – Conjugate Heat Transfer Analysis on an Exhaust Port Aim – To study the wall heat transfer coefficient when air flows through an exhaust port and perform conjugate heat transfer analysis A brief description of why and where a CHT analysis is used. CHT analysis, which is the short form of Conjugate…