Kryven V. The Development of Discrete-Line and Continual Plastic Zones in the Neighbourhood of Stress Concentrators

Українська версія

Thesis for the degree of Doctor of Science (DSc)

State registration number

0402U002805

Thesis Registration Form

0402U002805.pdf

Applicant for

Specialization

  • 01.02.04 - Механіка деформівного твердого тіла

16-09-2002

Specialized Academic Board

Д 35.195.01

Pidstryhach Institute for Applied Problems of Mechanics and Mathematics National Academy of Sciences of Ukraine

Essay

Plastic zone development in neighborhood of stress concentrators is investigated by methods of complex variable function theory . The single model for investigation of discrete-line plastic zone formed by any amount of plastic sliding lines as well as continual one occupying certain space area under antiplane deformation is worked out. It is proved that in the limited case with infinity large amount of lines discrete- line plastic zone transform into continual one. The new effective method of solution of antiplane elastic-plastic problems is received. The development of plastic zones for new types and shapes of stress concentrators is investigated. The conditions for localization of plastic deformations in separate planes are studied. Application area: machine-building, building, mining.

Read more

Files

aref.doc

dis1.doc

dis10.doc

dis11.doc

dis2.doc

dis3.doc

dis4.doc

dis5.doc

dis6.doc

dis7.doc

dis8.doc

dis9.doc

Similar theses

0523U100251

Bohdan Kalynyak

Analytical determination of thermoforce loads of inhomogeneous bodies to ensure target thermal stress states.

0423U100017

Yuzvyak Mykola Yo.

Development of the direct integration method towards the elasticity and thermoelasticity problems for solids with the plane and cylindrical surfaces

0421U103999

Shyshkovskyy Roman O.

Evaluation of strength and life time of structural elements under complex loading using the energy approach

0521U101952

Yaremchenko Sergiy Mykolayovych

Numerical analysis of unhomogeneus sturcture cylinders and spheres stationary deformation on the basis various models

0521U101833

Domichev Kostiantyn Eduardovych

Method of research of structural elements from functionally inhomogeneous materials at big deformations