8 documents found
Head: Senchenkov Igor Konstantinovich. Development of the mathematical methods of calculation of residual stresses, microstructural state and endurance of surfaced members and elements of structures and mechanisms with accounting of its wear. (popup.stage: ). S.P.Timoshenko Institute of Mechanics. № 0212U007471
Head: Shevchenko Yu.N.. Development of mathematical models and computer technology for virtual testing of destructive critical shell structures. (popup.stage: ). S.P.Timoshenko Institute of Mechanics. № 0212U007400
Head: Senchenkov Igor Konstantinovich. Development of calculating method of fatigue life of members under simultaneous thermal and mechanical cyclic loading. (popup.stage: ). S.P.Timoshenko Institute of Mechanics. № 0212U001988
Head: Senchenkov Igor Konstantinovich. Development of the mathematical methods of calculation of residual stresses, microstructural state and endurance of surfaced members and elements of structures and mechanisms with accounting of its wear. (popup.stage: ). S.P.Timoshenko Institute of Mechanics. № 0212U005182
Head: Senchenkov Igor Konstantinovich. Development of the mathematical methods of calculation of residual stresses, microstructural state and endurance of surfaced members and elements of structures and mechanisms with accounting of its wear. (popup.stage: ). S.P.Timoshenko Institute of Mechanics. № 0211U004712
Head: Senchenkov Igor Konstantinovich. The models of deformation of physically nonlinear cylinders under thermomechanical loading taking into account an influence of microstructure on physical and mechanical material properties. (popup.stage: ). S.P.Timoshenko Institute of Mechanics. № 0212U001382
Head: Senchenkov Igor Konstantinovich. Nonisothermal model of physically nonlinear growth cylinder bodies with accounting for microstructural transformations. (popup.stage: ). S.P.Timoshenko Institute of Mechanics. № 0211U009044
Head: Senchenkov Igor Konstantinovich. Development of the methods of calculation of residual stresses under multilayered surfacing of worn members and evaluation of its influence on thermal and mechanical fatique strength and life time of surfaced members. (popup.stage: ). S.P.Timoshenko Institute of Mechanics. № 0210U003676
8 documents found

Updated: 2026-10-27