本文采用虚拟样机技术，综合利用多种软件，实现试验装置在计算机中的设计—分析—修正设计—仿真运动—预测性能的设计思想，为后续项目做好准备工作。
This paper implemented the methodology of tester design-analysis-amend -forecast in computer by virtual prototype technique and manifold software. Make preparation for the subsequent projects.
采用基于多体动力学原理的虚拟样机技术，建立了塑料外壳式断路器操作机构的动力学模型。
A novel dynamic model of molded case circuit breaker operating mechanisms was built based on multi-body dynamics principle adopting virtual prototyping technology.
为提高减速器的设计质量和效率，可以采用参数化技术、虚拟样机技术等现代设计手段来进行减速器的设计。
In order to improve the quality and efficiency of the design of reducer, parameterized design, virtual prototyping technology and other modern means can be used to design reducer.
在虚拟样机技术的基础上，采用基于逻辑门限值控制算法的ABS控制策略，进行了汽车ABS性能的分析和研究。
Based on the virtual proto type technology, the ABS performance was investigated with the application of logical threshold control strategy in this paper.
之后则应用虚拟样机技术，运用ADAMS动力学分析软件对设计出的模型进行了动态分析，在分析对比了两种不同的设计方案之后，采用了其中一种较好的设计方案；
Then with the visual prototype technology, the dynamic analysis with ADAMS is done for the model and two different projects are contrasted . With the analysis, the better project design is got.
在设计过程中，广泛采用先进的三维实体数字化设计技术、虚拟样机技术和数字仿真技术。
Secondly it was widely adopted that the advanced three-dimensional entity digital design method, virtual prototype technique and digital simulation technique in the processing of design.
提出了并联机床虚拟概念设计的设计过程，采用基于虚拟样机技术的商业软件AD AMS实现了并联机床虚拟样机模型的建立及仿真分析。
A design process of parallel machine tool (PMT) virtual concept design was put forward, and modeling and simulating analysis of PMT virtual prototype were realized based on ADAMS.
该减速器采用二级传动，运用虚拟样机及有限元分析技术对整个减速器进行优化，提高其使用寿命及NVH性能。
With two-step gear reduction, the transmission has been optimized in design by means of virtual prototyping and finite element analysis technology to improve their lifespan and NVH performance.
该减速器采用二级传动，运用虚拟样机及有限元分析技术对整个减速器进行优化，提高其使用寿命及NVH性能。
With two-step gear reduction, the transmission has been optimized in design by means of virtual prototyping and finite element analysis technology to improve their lifespan and NVH performance.
应用推荐