The Design Of Multilayer Radiator Equipment Based On Virtual Assembly

Aluminum brazing finned radiator has got more widely used because of its advancedstructure, high coefficient of heat transfer, low material consumption, and what’s more, lightweight. The traditional assembly ways and the original equipment can hardly control thequality and tightness of that radiator, the imported equipment is better but the cost is very high.So, efficient automated and self-designed multilayer radiator assembly machine equipmenthas a very important significance.Combine with the production practices, this paper is aim to design a device using forassembly multilayer radiator, and the equipment would be used in the radiator production,achieving that auto radiator manufactured effectively and high quality. Therefore, this paperanalyzes the study background, meaning and the device development domestic and abroad;involved in the development process of the virtual development software CATIA and itsassociated supporting research module is also made elaborate explanation selectively, laidoperating foundation, Thereafter, making classification analysis according to the input andoutput requirements and restrictions of the core assembly machine, improve the design of thedevice. When the design is complete, using the simulation software to implement and validate.Virtual assembly technology has a selection of the related ancillary equipment and spare partswhen the model is complete, virtual assembly and simulation analysis is done based on thesimulation foundation. By the design of the device structure and components tested todetermine interference or test error, provide a theoretical basis for the subsequentmodifications. Finally, get the machine equipment drawings.The study design process provides one example and powerful proof from that virtualtechnology design methods and theory these two different angles. It is a firm support to theresearch ideas that design the model from3D to2D. This example complements thetraditional design from2D to3D pattern. The results show that the design theory can satisfythe non-standard product design perfectly, improve the time pass rate of the product design,reducing the development costs on the basis of while ensuring the performance requirements.