drum brake
[车辆] 鼓式制动器;鼓形闸
2025-10-08 13:46 浏览次数 9
[车辆] 鼓式制动器;鼓形闸
main drum and brake system主滚筒及剎车系统
drum control brake滚筒控制制动器
Front V-brake rear drum-brake前V
bailing drum and brake system捞砂滚筒及剎车系统
Drum-brake Spoke毂剎网轮
drum fashioned brake鼓式制动器
drum type brake鼓形制动器
winch drum drag brake switch绞盘卷筒曳拉器制动开关
if not a flat, should check the brake pedal free trip or brake drum brake friction clearance.
如果没有一个平稳的,应检查剎车踏板免费旅行或剎车片摩擦制动鼓间隙。
drum brake with large clearance between the feet or oil.
制动蹄与制动鼓之间的间隙过大或蹄油。
based on the experiments and finite element calculations, the modal identification of the squealing caused by drum brake being operated is carried out.
以试验和有限元计算方法,针对鼓式制动器制动时产生的尖叫噪声问题,进行了模态识别。
the theoretical analysis quite agreed with the experimental investigation of drum brake squeal, so that this m…
理论分析和试验结果吻合良好,表明该方法具有足够的準确度和工程实用性。
the brakes people usually use are disc brake and drum brake .
人们通常使用的制动器有盘式制动器和鼓式制动器两种。
the large drum brake of nissan diesel technology provides the vehicle with larger brake torque for both service brake and parking brake and ensure driving safety.
引进日产柴技术的大型鼓式制动器,提供更大的行车和驻车制动力矩,保证行驶安全性;
disk brakes, used for years for front wheel application, are fast replacing drum brake on the rear wheels of modern cars.
在汽车前轮上应用多年的盘式制动器正快速的取代鼓式制动器应用于更新式的汽车上。
the results of simulating analysis are consistent with that of experimental study quite well. the progress has been made towards the quantitative analysis of drum brake noise. both …
提高了对制动噪声的定量分析,证明了通过改变结构的特性参数匹配可有效地抑制制动噪声的发生。
a drum brake backplate (17) having a vibration clamping mass (30) secured thereto.
本发明涉及一种鼓式制动器底板(17),在该底板上固定有减振块(30)。
the method, achievements and open issues of the previous research on drum brake noise are reviewed in this paper.
归纳了鼓式制动器噪声研究现有方法、成果及存在问题。
this article analysed the loads of the drum brake and built the key brake's mechanical model.
通过对鼓式制动器的受力分析,建立了其关键受力部件的力学模型。
a power index model is formed which describes the relation of drum brake average torque with speed and pressure.
建立了某型号鼓式制动器平均制动力矩同速度和压力间的幂指数模型。
finite element model of band brake transient temperature field is built considering heat transmission theory and drum brake structural features.
依据传热学理论和鼓式制动器的结构特点,建立了制动鼓瞬态温度场数值模拟的有限元计算模型。
among the factors which influence traffic safety, the heat fade of drum brake is a important one.
在影响道路交通安全的诸多因素之中,车辆制动效能热衰退是引发交通事故的一个重要原因。
in the paper, a computational analysis on drum brake squeal in some home - made vehicles is carried out based on close - loop coupling model.
本文在建立鼓式制动器高频噪声问题的结构闭环耦合计算模型的基础上,对某国产车的高频噪声问题进行了计算分析。
calculation of brake bottom of drum brake by use finite element method for stress. according to calculating result, studied that stress is distributed over brake bottom.
对汽车鼓式双向自增力式制动器底板进行了有限元计算,在此基础上对制动器底板的应力分布进行了分析研究。
whichever method is used, and finally the need to brake drum brake shoe and the contact area for more than 70%.
无论采用哪种方法,最后必须使制动鼓与制动蹄的接触面积达到70%以上。
this type of drum brake has an application mechanism which is simpler, more reliable and insensitive to temperature.
这种类型的鼓式制动器已申请机制,这是更简单,更可靠和敏感的温度。