CAJ | 학술논문

为满足现代海战的高速反潜需求,从改进发动机结构形式的角度出发,提出三峰三谷形式的新型鱼雷凸轮发动机方案。通过对新型鱼雷发动机的力学分析、仿真计算和可行性分析表明,该型发动机的功率在理论上可以提高到114.9 kW,该方案在技术实现上也可行。本研究为深入进行发动机样机设计提供了必要的理论基础。
위만족현대해전적고속반잠수구,종개진발동궤결구형식적각도출발,제출삼봉삼곡형식적신형어뢰철륜발동궤방안。통과대신형어뢰발동궤적역학분석、방진계산화가행성분석표명,해형발동궤적공솔재이론상가이제고도114.9 kW,해방안재기술실현상야가행。본연구위심입진행발동궤양궤설계제공료필요적이론기출。
In order to meet the needs of high speed of torpe do in the anti-submarine war, a new plan of torpedo CAM engine with three peaks was proposed from the angle of improving engine structure. The power of new CAM engine is increased to 114 . 9 kW theoretically by means of mechanical analysis and computer simulation. The plan can be also realized technically by the way of feasibility analysis. This research provides necessary theoretical basis for the further design of engine model.