2results about How to "Efficient design method" patented technology

The present application provides a kind of particle swarm optimization method based on optimal loading contact area of planetary modified gear, mainly including the steps of establishing planetary gear comprehensive modified gear surface equation, calculating modified gear surface contact area and establishing optimization model and solving etc.The present application is based on particle swarm algorithm, and the tooth profile design of planetary gear mechanism is optimized to improve its gear surface contact area, and then improve carrying capacity.Particle swarm algorithm can provide efficient, accurate and easy-to-implement design method for the tooth profile modification of planetary mechanism, so as to improve the quality and performance of gear products, meet the demand of modern mechanical transmission system for high-performance gears.

The invention discloses a cold and heat source separation type heat conduction fin based on topological optimization, a design method and a sensible heat storage unit, and belongs to the technical field of heat energy storage. In order to solve the problems that an existing heat storage fin is low in heat transfer efficiency and cannot achieve charging, discharging and decoupling, the fin structure is provided and provided with a heat source channel matching part and a heat sink channel matching part which are spatially isolated, and a fin body is of a non-uniform multi-stage branched topological structure extending outwards from a channel area. The structure is generated based on a topological optimization algorithm applying manufacturing constraints, and physical separation of the heat charging process and the heat discharging process is achieved while the casting process requirement is met. The effective heat conductivity coefficient and the heat charging and discharging rate are remarkably improved, heat charging and discharging are carried out at the same time, and the operation flexibility of the heat storage system is greatly improved.