The Effects Of Two Different Materials (Alloy Steel T91 & Carbon Steel) Of Boiler Tube

Saifuddin, Omar (2015) The Effects Of Two Different Materials (Alloy Steel T91 & Carbon Steel) Of Boiler Tube. Project Report. UTeM, Melaka, Malaysia. (Submitted)

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Abstract

Computational Fluid Dynamic (CFD) is said to mimic the actual result of an experiment data. Because of that, we might say that CFD is a simulation of an experiment that can be done in a lab. The simulation is based on a steady state formulation. It focus is to assess the capabilities of a Computational Fluid Dynamics tool for aerodynamic development of a coach. The material that will be investigating is only two, which is Carbon Steel or Mild Steel and High-Alloy Steel or we call it as T91 steel. The software that will be using is the ANSYS© software which are capable of simulating fluid flow inside material. Some knowledge about the Carbon Steel and High-Alloy T91 Steel is needed in order to develop the simulation. All the information will be collected and will be compared with my simulation inside the ANSYS. By that, we can see where the high turbulence will occur and the effect of heat transfer on two different materials. Recent study has been done on tube temperature distribution in a water tube boiler using CFD and also on the leakage of boiler tube. It is expected to see a conclusive result as the two materials have very different characteristics.

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