机床与液压
機床與液壓
궤상여액압
MACHINE TOOL & HYDRAULICS
2014年
11期
157-159,110
,共4页
气体减压%AMESim%仿真%热交换
氣體減壓%AMESim%倣真%熱交換
기체감압%AMESim%방진%열교환
Gas decompression%AMESim%Simulation%Thermal exchange
设计一种高压气体减压系统,介绍其工作原理,建立了气体减压过程中的数学模型,基于AMESim对高压气体减压系统做进一步的仿真研究。论证了高压气体减压系统的可行性,研究了减压过程中与外界环境的热交换对气体能量的影响,为合理的设计高压气体减压系统的元件提供了理论依据。
設計一種高壓氣體減壓繫統,介紹其工作原理,建立瞭氣體減壓過程中的數學模型,基于AMESim對高壓氣體減壓繫統做進一步的倣真研究。論證瞭高壓氣體減壓繫統的可行性,研究瞭減壓過程中與外界環境的熱交換對氣體能量的影響,為閤理的設計高壓氣體減壓繫統的元件提供瞭理論依據。
설계일충고압기체감압계통,개소기공작원리,건립료기체감압과정중적수학모형,기우AMESim대고압기체감압계통주진일보적방진연구。론증료고압기체감압계통적가행성,연구료감압과정중여외계배경적열교환대기체능량적영향,위합리적설계고압기체감압계통적원건제공료이론의거。
Designed a high-pressure gas decompression system,introduced its working principle,and established a mathematical model of the process of the gas decompression,further simulation study of high-pressure gas decompression system was made based on AMESim.The feasibility of the high-pressure gas decompression system was demonstrated,and the influence of thermal exchange with the external environment on gas energy was studied.It provides a theoretical basis for the design of the components of high-pressure gas decompression system.