三角转子发动机

以三角转子发动机（即Wankel发动机）为核心的微型动力系统的出现无疑能够解决这一难题。

There is no doubt that the micro power system can solve this problem ideally .

根据微型动力系统的需要并结合转子机气缸及转子轮廓型线的复杂构成原理，使用Matlab语言编制了微型三角转子发动机型线设计程序，使用Pro/E和AutoCAD设计了相关零件的结构。

According to the demand of micro power system and movement geometry principle of triangle rotor , the shaped conductor design program of micro-engine is compiled by Matlab language and the drawings of correlative part of rotary engine are drawn by Pro / E and AutoCAD .

以小型以及厘米级的微型三角转子发动机为假想测试发动机的台架已经初步搭建完成，并且已经在空载下获得了30V的电动势。

The testing rig , using the micro engine on the small and the centimeter scale as the supposed testing engine , has been preliminarily completed , and the electromotive force on 30 voltage has been gain in the no load condition .

三角转子发动机的研究

Approach to a New Triangular Rotor A Study on Wankel Rotary Piston Engine

三角转子发动机的特点及其发展概况综述

The Characteristics and Improvement of Rotary Engines

三角转子发动机零件的数学模型研究

The Mathematical Model of the Wankel Engineer

分层燃烧多种燃料三角转子发动机燃烧过程的组织三角转子发动机的特点及其发展概况综述

THE ORGANIZATION OF COMBUSTION PROGRESS IN A ROTARY COMBUSTION ENGINE The Characteristics and Improvement of Rotary Engines

本文主要介绍我国三角转子发动机目前的研制和使用情况，并对转子机研究中的某些关键技术问题进行了分析。

In this paper the current status of development and exploitation of Wankel rotary piston engine in china and analysis of some key technologic problems of rotary piston engine are carried out .

本文着重分析分层燃烧多种燃料三角转子发动机燃烧室的结构特点与燃烧空间内气流的运功规律对供油系统、混合气形成、着火方式以及燃烧的进展等的重要影响与支配作用。

This paper analyses the influence and control effect of the structural features of the combustion chamber and the motion rules of the gas in the combustion chamber upon the injection System , the mixture production , the firing way and the combustion progress in a Rotary Combustion Engine .

三角转子气动发动机设计及性能分析

Design and Performance Analysis of a Triangle Rotary Piston Air-powered Engine

气门开度调整误差对进气道性能试验的影响进气相位对三角转子气动发动机性能的影响

Error Testing Results of Intake Port Caused by Mistake Adjustment of Valve Lift The influence of port timing for triangle rotary polygonal piston air-powered engine