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Integrated Computer Training of Specialists in the Field of Tool Systems Modeling

机译:刀具系统建模领域专家的集成计算机培训

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There is described the approach to the development of a new training course in computer aided design "Computer-aided design of the tool systems" (CADTS). This approach allows implementing end-to-end approach to tool systems designing, which are studied by students of BMSTU "Tool engineering and technologies" Department throughout the all study period. There is a selection of computer environments that implement training to computer modeling based on accepted criteria, - CATIA, EdgeCAM, ANSYS. When performing a CADTS task, it is necessary to develop the design of a given object, an object model, models of loading and boundary conditions for engineering calculation, the technological process of manufacturing a body part in a CAM environment using 3D and surface modeling. This involves continuous monitoring of the quality of the projected object control is running on the strength, stiffness, manufacturability, assemblability, machinability. There is carried out an design optimization of the object and its manufacturing technology. Implementation of integrated CADTS course helps to develop skills in designing cutting tools, fixtures, engineering components and assemblies, as well as deepening the knowledge about the design objects, ensuring development of professional competencies of specialists in the field of "Design of machining and tool complexes in mechanical engineering".
机译:描述了在计算机辅助设计“工具系统的计算机辅助设计”(CADTS)中开发新培训课程的方法。这种方法允许在整个研究期间通过BMSTU“工具工程技术”部门的学生研究的工具系统设计的端到端方法。基于已接受的标准, - CATIA,EDGECAM,ANSYS,有一系列计算机环境对计算机建模进行培训。在执行CADTS任务时,有必要开发给定对象的设计,对象模型,负载和边界条件的用于工程计算的模型,使用3D和表面建模在凸轮环境中制造身体部位的技术过程。这涉及持续监测投影物体控制的质量,采用强度,刚度,可制造性,集中,可加工性,可加工性。开展了物体的设计优化及其制造技术。综合CADTS课程的实施有助于开发设计切割工具,夹具,工程部件和组件的技能,以及深化关于设计对象的知识,确保“机械加工和工具复合物设计”领域专业能力的发展在机械工程中“。

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