Maniram, R
Modeling and Simulation of Hybrid Aluminium Alloy based Composite Pressure Vessel using ANSYS Software - Vol,4(2),May-Aug - Ghaziabad HBRP Publication 2021 - 14-22p.
conventional material-based pressure vessel has high strength. Their high strength to mass ratio and corroding properties. But it is not suitable for the gas and oil industries. In recent years many kinds of sectors have been interested in changing traditional materials to aluminium based composite materials. The aluminium matrix composite material has more mass to strength ratio and these properties will reduce the weight of pressure vessel. In this research work investigation on the AA5083 alloy based hybrid aluminium matrix composite studied. The composite material is prepared by the stir casting technique under various weight ratios of reinforcement. Different mechanical testing has been done, such as tensile strength, hardness. For the identical dimension of steel pressure vessel and hybrid aluminium alloy based composite pressure vessel. Finite element analysis of hybrid aluminium matrix composite pressure vessel carried out and various internal pressures to determine the stress. And the design is analyzed in ANSYS. Then the stress result to be compared steel pressure vessel and hybrid aluminium alloy based composite pressure vessel.
Mechanical Engineering
Modeling and Simulation of Hybrid Aluminium Alloy based Composite Pressure Vessel using ANSYS Software - Vol,4(2),May-Aug - Ghaziabad HBRP Publication 2021 - 14-22p.
conventional material-based pressure vessel has high strength. Their high strength to mass ratio and corroding properties. But it is not suitable for the gas and oil industries. In recent years many kinds of sectors have been interested in changing traditional materials to aluminium based composite materials. The aluminium matrix composite material has more mass to strength ratio and these properties will reduce the weight of pressure vessel. In this research work investigation on the AA5083 alloy based hybrid aluminium matrix composite studied. The composite material is prepared by the stir casting technique under various weight ratios of reinforcement. Different mechanical testing has been done, such as tensile strength, hardness. For the identical dimension of steel pressure vessel and hybrid aluminium alloy based composite pressure vessel. Finite element analysis of hybrid aluminium matrix composite pressure vessel carried out and various internal pressures to determine the stress. And the design is analyzed in ANSYS. Then the stress result to be compared steel pressure vessel and hybrid aluminium alloy based composite pressure vessel.
Mechanical Engineering