The digital model of heavy-duty vehicle tyres is established by means of Pro/E,and constructs a special connection between Pro/E and ADAMS.
以轮胎动力学理论为基础,应用Pro/E建立载重车辆轮胎数字化模型并构建与ADAMS软件间专用的模型数据转换接口,以多体系统动力学理论为分析平台,利用ADAMS对载重车辆轮胎进行动态仿真研究与分析,直观描述了力-速度、力-角加速度、转矩-速度和转矩-角加速度的变化关系,并据此研究轮胎与地面间的作用特性,为轮胎的设计制造提供理论依据,大大提高轮胎的设计效率和精度。
Application of silica 175GR in tread of truck tire;
白炭黑175GR在载重轮胎胎面胶中的应用
Influence of performance rubber ingredient Sulfron~3000 on properties of truck tire and OTR tire treads;
高性能橡胶助剂Sulfron~3000对载重轮胎和工程机械轮胎胎面胶性能的影响
Application of environment-friendly accelerator XT-580 in truck tire;
环保型促进剂XT-580在载重轮胎中的应用
all-steel radial truck tyre
全钢子午线载重车轮胎
tyres for truck and bus
载重汽车及公共汽车轮胎
Series of truck tyres
GB/T2977-1997载重汽车轮胎系列
Strength test method for truck and bus tyres
GB/T6327-1996载重汽车轮胎强度试验放方法
Dynamic simulation load and simulation research of the heavy-duty vehicle tire
载重车辆轮胎动态模拟加载与仿真分析
radial tyre of truck
载货汽车子午线轮胎
Simulation of Heavy-Duty Vehicle Tyres Based on Virtual Prototyping Technology
基于虚拟样机技术的载重车辆轮胎仿真技术
High speed performance test for light truck tyres Drum method
GB/T7035-1993轻型载重汽车轮胎高速性能试验方法转鼓法
The Dynamic Research of Heavy-Duty Vehicle Tyres Based on Pro/E and ADAMS
基于Pro/E与ADAMS的载重车辆轮胎动态特性仿真研究
Optimized design of shoulder pad formula of TBR
全钢载重子午线轮胎胎肩垫胶配方的优化设计
Optimized analysis on chafer width of TBR tire
全钢载重子午线轮胎胎圈包布宽度优化分析
Analysis of Interaction between Truck Radial-ply Tire of Heavy Duty Vehicle and Road Surface
载重子午轮胎与路面相互作用的分析
Design of 11.00-20 18PR mine truck bias tire
11.00-20 18PR矿山用载重斜交轮胎的设计
Fault diagnosis of sulfuration procession in heavy-duty tirep roduction based on linear matrix inequality
基于LMI的载重轮胎硫化过程故障诊断
Optimized design of 11.00-20 18PR bias truck tire
11.00-20 18PR载重斜交轮胎的优化设计
Air Pressure and Load Influence on Ground-contact Behavior of TBR Tire
气压和载荷对载重子午线轮胎接地性能影响
Finite element analysis on outer profile design of 295/80R22.5 tubeless TBR tire
295/80R22.5无内胎全钢载重子午线轮胎外轮廓设计有限元分析
Workers often jack up a car to change a tyre.
工人经常用起重机架起汽车换轮胎。
