Computer modeling with ansys software to investigate the evolution of thermal stresses during quenching

Akdur, Rasim Eren


Computer simulation of void growth dynamics under the action of electromigration and capillary forces in narrow thin interconnects
Ogurtani, TO; Oren, EE (2001-08-01)
A comprehensive picture of void dynamics in connection with the critical morphological evolution has been developed in order to understand the conditions under which premature failure of metallic thin interconnects occurs. Our mathematical model on the mass flow and accumulation on void surfaces, under the action of applied electrostatic and elastostatic force fields, and capillary effects, follows an irreversible but discrete thermodynamic formulation of interphases and surfaces. This formalism also takes ...
Computer Modeling and Seismic Performance Assessment of a Byzantine Basilica
Ertuğrul, Zehra (Springer, London/Berlin , 2015-01-01)
Computer simulation of the coulombic kink chain related to snoek-koster peak in body centered cubic metals
Öner, Faruk Şahin; Oğurtanı, Tarık Ö.; Department of Metallurgical Engineering (1989)
Computer simulation of processes involving multicomponent multiphase equilibria
Aras, Mustafa Serdal; Karakaya, İshak; Demirci, Gökhan; Department of Metallurgical and Materials Engineering (2016)
A computer program applicable for simulating the chemical processes involving multicomponent multiphase equilibria was developed. The assemblage of the equilibrium phases and their compositions were determined from Gibbs energy minimization. The thermodynamic state of the system was specified by assigning the temperature and pressure. The algorithm of the optimization routine was based on the minimization of the Gibbs energy. The minimization method was performed using the Lagrange’s method of undetermined ...
Computer simulation of fatigue crack initiation
Sarıcı, İrfan; Bilir, Ömer Gündüz; Department of Mechanical Engineering (1991)
Citation Formats
R. E. Akdur, “Computer modeling with ansys software to investigate the evolution of thermal stresses during quenching,” Middle East Technical University, 2001.