Reciprocating Compressor CAD System Development And Research

In this thesis, researches the compressor's history and current situation, analyzes current problems in the design and knowledge of the inheritance and use, based on VC++ compressor CAD system design, According to the exhaust pressure that the consumer provides, air displacement, drive and the way cooling down etc., based on compressor example, choose to adopt fleetness molding to follow the type carrying out selections on the compression type, carrying out the population appraising, choosing the best overall design program. By choosing the overall design program for thermal calculating, compressor pressure ration at all levels, the actual intake and exhaust pressure, exhaust temperature, cylinder diameter, compressor shaft power and motor selection etc., thermodynamic calculation, and by reference to the provision of the relevant parameters of thermal Calculation calculated at all levels of the inertial force, friction, piston force, normal force, tangential force. at the same time, use of program of them, have improved the calculative fleetness, accuracy, accelerated the technological process designing process, and to make use of calculation results compressor the size of the major components, the intensity calibration, developed compressor The main components of the parametric drawing.This thesis develops reciprocating compressor CAD design system, mainly by the selection, thermodynamic calculation, calculation of the design of the main components, the main components of the design parameters such as composition. Compressor design system to that having made comparatively detailed introduction, give a flow chart of the various design stages and throughout the compressor design process. The use of Visual C++6.0 compiler programming environment compressor CAD system is set analysis, computation, design, graphics design system.