Turchak T. Multilayer interrelation of deformation properties and structural parameters of aluminum, nickel and any heat - resistant steels

Українська версія

Thesis for the degree of Candidate of Sciences (CSc)

State registration number

0408U000190

Thesis Registration Form

0408U000190.pdf

Applicant for

Specialization

  • 01.04.13 - Фізика металів

26-12-2007

Specialized Academic Board

Д 26.168.01

G. V. Kurdyumov IMPh of the N.A.S.U.

Essay

Process deformation structure formation on different scale levels and influence it on mechanical properties. Investigation of multilayer interrelation between mechanical properties and numerical structural parameters of metal materials and definition of being and role of scaled invariance in deformation structure formation mechanism. Methods - optical and TEM method, improved X - ray methods. As a whole it was achieved in dissertation the scaled invariance (scaling) to exist as soon for numerical parameters of structure as for mechanical properties at using different methods mechanical weighting and different metallic materials. This result is concerned with relaxation in deformation structure formation mechanism. Put into practice - physics of plastic deformation of crystalline materials.

Read more

Files

aref.doc

dis.doc

dis.doc

Similar theses

0423U100124

Skoryk Mykola A.

Effect of compressive strain rate on microstructure evolution and mechanical behavior of titanium-based alloys

0421U103819

Kedrovskyi Sergii M.

Structure formation and functional properties of alloys based on Zr, Hf, Cu-Al, Ti-Ni and their welding joints

0421U103809

Vronska Yuliia O.

Thermokinetics and staged cellular precipitation in bulk material and electrospark coating of alloys of the Co-W system

0421U103426

ROKYTSKA OLENA A.

Features of formation and physical and mechanical properties of quasicrystals and their approximants in alloys of the Ti-Cr-(Me)-Al-Si-O system

0421U102606

Holubenko Oleksii Anatoliiovych

Features of determination of physical and mechanical properties of solids under local loading in micro- and nanovolumes