Topology optimization of an air compressor mount based on harmonic analysis

Abstract

Mount of air compressor for air-conditioner is a component that is widely used to reduce vibration and noise of compressor. Recent motors are operated with speed variable controller and are designed to perform in a wide frequency range to reduce total energy. Describes general conditions of mounting design criteria for wide frequency range operation, and suggest the technique of deriving the continuous optimal shape using a harmonic analysis-based topology optimization technology. The resulting frequency response function will be compared.