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Information × Registration Number 0310U002839, 0107U004477 , R & D reports Title Influence investigation of electrical hydro pulse treatment on tangential stress relief within structural aluminum alloys and determination of process parameters, which provide improving material deformability popup.stage_title Визначити параметри процесу і технологічні прийоми електрогідроімпульсної обробки з релаксацією внутрішніх напружень, за яких підвищуються пластичні властивості алюмінієвих сплавів Head Коsеnkov Viktor Мykhaylovych, Registration Date 08-07-2010 Organization Institute of Pulse Research and Engineering popup.description2 The effect of electrodischarge treatment on tangential stresses relief in structural aluminum alloys of such grades as АМцМ, Д16АМ, 5754, АМг5М, 6111, 5182, АМг6БМ. Dependencies are detected of ductile properties of structural aluminum alloys on physicomathematical characteristics of materials, power and force characteristics in technological operations of materials EH pressure treatment. Parameters and technological methods are determined for EH treatment which promote ductile properties of aluminum alloys. Recommendations are made on creation of technological processes of EH treatment of aluminum alloys. Methods of the research - mathematical modeling and experimental research of the phenomenon of tangential stresses relief in aluminum alloys in the process of electrohydropulse loading. Acquired results can be used at development of technological processes of parts treatment out of aluminum alloys in aviation, space and automobile spheres of industry. Product Description popup.authors popup.nrat_date 2020-04-02 Close
R & D report
Head: Коsеnkov Viktor Мykhaylovych. Influence investigation of electrical hydro pulse treatment on tangential stress relief within structural aluminum alloys and determination of process parameters, which provide improving material deformability. (popup.stage: Визначити параметри процесу і технологічні прийоми електрогідроімпульсної обробки з релаксацією внутрішніх напружень, за яких підвищуються пластичні властивості алюмінієвих сплавів). Institute of Pulse Research and Engineering. № 0310U002839
1 documents found

Updated: 2026-03-21