Development Of Application Program Libraries For The Design Of The Sectional Drilling Augers By Means Of Solid Works

摘要

Research relevance: The urgency of the problem under investigation is due to significant changes in the PDM systems, general informatization of society and the growing need for higher level of business processes automation, which as a result should cause corresponding changes in the educational process. Under these circumstances, in order to improve their competitiveness the educational institutions should intensively create educational computer programs and educational libraries for CAD/CAE/CAM systems of the world's leading software developers, improving the quality and efficiency of educational process. Research objective: The aim of the article is to present the experience in the development of software libraries aimed to create 3D reference models of "Drilling auger" parts for subsequent verification of 3D models made by students. Research methods: The leading research method applied in this work is the simulation modeling of designing 3D models of "Drilling auger" parts using predetermined geometric parameters (made on the basis of algorithmization, programming and visualization), which improves the efficiency and quality of the students' works and their level of self-study as well as expands their professional horizons. Research results: The article presents a fully completed software library consisting of interlocking procedures simulating the process of designing 3D models of "Drilling auger" parts and an algorithm for the use of the library in the educational process. Practical value: The model is aimed at adapting the educational process to the new conditions, in which it is located, and oriented to the development of advanced training and methodological support of graphic disciplines.