semitrailer

Dual-Chamber and Three-Loop Brake System in Semitrailer Trucks

半挂汽车列车双腔三回路制动系

Small semitrailer and tractor. Angle of trailer is adjustable.

小型半挂车和牵引车. 可调整挂车转角.

Use to estimate turning radii for a typical tractor with semitrailer and full trailer.

用于估计带有半挂车和全挂车的典型牵引车的转弯半径.

Use to estimate turning radii for a typical small tractor with single semitrailer.

用于估计带有单节半挂车的典型小型牵引车的转弯半径.

Drag onto the page to estimate turning radii for a typical small tractor with single semitrailer.

拖到绘图页后,可以估计带有单节半挂车的典型小型牵引车的转弯半径.

The author also made a static and dynamic test for the semitrailer tractor in order to provide practical basis for the finite element analysis. And the test can also verify the correctness of the finite element model.

并对该牵引车进行了静、动态电测试验，为有限元分析提供实践依据，并验证了有限元模型的正确性。

A content authentication based mash model semitrailer watermarking algorithm was proposed.

提出了一种用于内容认证的网格模型半脆弱数字水印算法.

Use to estimate turning radii for a typical large tractor with single semitrailer.

用于估计带有单节半挂车的典型大型牵引车的转弯半径.

Large semitrailer and tractor. Angle of trailer is adjustable.

大型半挂车和牵引车. 可调整挂车转角.

Drag onto the page to estimate turning radii for a typical large tractor with single semitrailer.

拖到绘图页后,可以估计带有单节半挂车的典型大型牵引车的转弯半径.

Virtual tests manifested that running stability of the special tractor-semitrailer satisfy the design requirement.

仿真试验表明,特种半挂汽车列车具有较好的行驶稳定性,满足设计要求.

Dynamics Analysis of Tractor-Semitrailer Braking Using Virtual Simulation Software ADAMS

应用虚拟仿真软件ADAMS进行半挂汽车列车制动动力学分析