Graficheskoe predstavlenie rezul'tatov raschetov v vychislitel'nom komplekse 'Mirela plus'
Języki publikacji
EN
Abstrakty
EN
The analysis of visualization in the system of the automated planning of constructions is resulted in the article. The new going is offered near realization of algorithms of visualization of results of calculations within the framework of complex «MIRELA +».
RU
Рас смотрен анализ процедур визуализации в системах автоматизированного проектирования. Предложен новый поход для реализации алгоритмов графического представления результатов расчета в рамках вычислительного комплекса «МІРЕЛА +».
1. Finite element method in obtained complex «МІRЕLА+» / V. V. Kirichevskiy, B. M. Dokhnyak, Y. G. Kozub and etc. – Kyiv.: Naukova dumka, 2005. – 403 р.
2. Kirichevskiy V. V., Kozub G. A, 2006.: Matrix of heat conduction of finite element to solve of problems thermoelasticity of layered composits. – «Geotechnical mechanics». – 63. — P.172-177.
3. Khromov M. K., Bruyev E. V., Grachev E. I, 1971.: About influence of a thermal condition of tires on their working capacity / Rubber. - - No. 6. – P. 39-42.
4. Larin A. N., Shkolny S. M., 2000.: Application of finite element method for calculation of a thermal condition of tire / Kharkov: HGPU. – 104. – P. 11-14.
5. Guslitser R. L., Siletsky V. C., Moroz T. G., 1971.: Dependence of a thermal condition of tires for the car VAZ 2101 from a rolling. / Rubber and rubber.-№ 4. – P. 41-43.
6. Tretyakov O. B., Gudkov V. A., Tarnovsky V. N., 1992.: Friction and wear of tires. – M: Chemistry. – 176 p.
7. Peregon V. A., Olshansky V. P., Larin A. N., 2000.: A Temperature field of side of tires nearly defect on its surface – Motor transport: - Kharkov:, 4. – P. 17-19.
8. Krayndral P. 1966.: Relation between heat making in truck tires 11.00-20 and dynamic properties of rubbers / – Kautschuk und Gummi. - No. 1. – P. 21-36.
9. Grigolyuk E. I., Kulikov G. M., 1988.: Multilayered reinforced covers. – M: Mechanical engineering. – 288p.
10. Peng R. W., Landel R. F., 1975.: Stored energy function and compressibility of compressible rubber like materials under large straine / J. Appl. Phys. – V.46. – N 6. – P. 2599-2604.
11. Ray A., Ray M., 2010.: Anvil-block vibration damping by means of friction force. TEKA Kom. Mot I Energ. Roln, - OL PAN, 10C. Lublin, 2010. – P. 242- 249.
12. Ray R., Ray M., 2010.: The definition of reactions of motion system of no-anvil hammer. TEKA Kom. Mot I Energ. Roln, - OL PAN, 10C. Lublin, 2010. – P. 250- 254.
13. Kozub Y. G., 2012.: Prognosis of durability of elastomeric vibroizolator / Volodymyr Dahl East Ukrainian university. – 8 (179). Part 2. – – P. 62-67..
14. Rogers D., Adams G., 2001.: Mathematical bases of machine graphic - М.: - 604 p.
15. Rogers D., 1989.: Algorithmic bases of machine graphic - М.:. – 512 р.
16. Тоlok А. V., Gomenyuk S. I., 2004.: Design of vivid estimation of gradient on relief of surface – Imitation intelligence. – № 1. – P. 113-119.
17. Tolok V., Kozub G., Gribanov V., 2007.: Decision of three-dimensional problems of thermoelasticity of the stratified constructions. – «Science of machines»: № 1, Р. 3-7.
18. Kozub Y. G., Kozub G. A. 2012.: Numerical analysis of dynamic deformation of the constructions / «A method of solving of applied tasks of mechanics deformed solid». – № 13. – P. 224-230.