A constitutive modeling technique based on a generalized rheological model to predict the response of materials

In Collections: Electronic Theses & Dissertations

Copyright Status: In Copyright

Material Type: Theses

Authors: Spletzer, Barry L.

Date Published: 1984

Subjects: Finite element method
Materials--Fatigue
Materials--Testing
Rheology
Strains and stresses

Program of Study: Metallurgy, Mechanics and Materials Science

Degree Level: Doctoral

Language: English

Pages: 2, vii, 82 i.e. 83 pages

Permalink: https://doi.org/doi:10.25335/1gsm-5r90

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