1 documents found
Information × Registration Number 0311U003603, 0107U001660 , R & D reports Title Development, designing, research of kinematics, dynamics, strength of mechanisms, machines and resource-saving technologies. popup.stage_title Проведення експериментальних досліджень. Розробка методик розрахунку, рекомендацій динаміки і міцності машин і механізмів. Head Podlesny Sergey, Registration Date 19-04-2011 Organization Donbass State Engineering Academy popup.description2 By means of original hydraulic stand and specialized original stamps (wooden framework with transparent walls) produced the equichannel angular pressing of purveyances as the stratified models from plasticine, paraffin et cetera etc., complemented by the special markers, where by means of digital chambers watched the evolution of formation of laminar areas, stagnant areas and whirlwinds in the area of deformation of the equichannel angular pressing. Here investigated influence of values of pressure of puncheon in the chosen range of stand, forms of walls of instrument and friction of material without and with the use of greasing on character of plastic section and on the basis of foregoing methods of calculation (method of hard blocks, CAE - analysis) carried out comparing of the got results to the last for the classic method of sliding lines. By means of two original metallic shrouded sectional stamps and standard hydrohammer the equichannel angular pressing of purveyances produced from metals and materials are in solid phase (powders); investigated influence of linear and angular parameters of deformation channel of the equichannel angular pressing on the basis of both physical (liquid) and numeral models of continuous environments (method of overhead estimation, method of eventual elements). The choice of energypower and geometrical parameters of purveyance for the transversal and transversal-spiral rolling was conducted experimentally by means of the specialized laboratory setting of 3х60- 160, projected and made in Donbass state machine-building academy, worked out to recommendation on the choice of technological parameters of processes of production of axisymmetrical ribbed metal products. The structural features of transmissions are considered with relatively by the mobile cylindrical elements of hooking and recommendations over of their calculation are brought on durability. he optimal mode of hitting is chosen " flywheel-anvil" in the system "A thin- percussive impact wrench is screw-thread connection", at which a transmitivity of energy at hitting is maximal. For the choice of optimal parameters of protective bimetallic slats in the cages of flattings mills : material, hardness, thickness of plating layer, correlation of thicknesses of it and parent metal was used technical documentation of figure 2000 by Novolipetsk Steel (NLMK), subject to the reconstruction. The improved construction of the shrouded stamps with collapsible holders was exposed to pressed in them insertions the experienced verification at the operations of stamping and calibration carried out on electro-spiral presses, where used the preliminary extruded purveyances. Results - the necessary experimental researches were maked, design procedures for working methols and corresponded equipment. Product Description popup.authors Єрфорт Юрій Олександрович Іскрицький В'ячеслав Михайлович Бусов Володимир Львович Деньщиков Олександр Юрійович Капорович Світлана Володимирівна Міхєєнко Денис Юрійович Овчаренко Володимир Андрійович Періг Олександр Вікторович Подлєсний Сегрій Володимирович Стаднік Олександр Миколайович Федорченко Володимир Григорович Холодняк Юрій Сергійович popup.nrat_date 2020-04-02 Close
R & D report
Head: Podlesny Sergey. Development, designing, research of kinematics, dynamics, strength of mechanisms, machines and resource-saving technologies.. (popup.stage: Проведення експериментальних досліджень. Розробка методик розрахунку, рекомендацій динаміки і міцності машин і механізмів.). Donbass State Engineering Academy. № 0311U003603
1 documents found

Updated: 2026-03-19