Finite element simulation of rigid-plastic deformation on micro-computers

Download

005420.pdf

Date

1989

Author

Gür, Cemil Hakan

Metadata

Show full item record

Item Usage Stats

53
views

0
downloads

URI

https://hdl.handle.net/11511/11115

Collections

Graduate School of Natural and Applied Sciences, Thesis

Suggestions

OpenMETU
Core

Finite element simulation of visco-plastic deformation on micro-computers Özkan, Cengiz Sinan; Tekkaya, Erman; Öztürk, Tayfur; Department of Metallurgical Engineering (1989)
Finite element simulation of viscous incompressible laminar flow over two-dimensional bodies Mohamed, Mohamud Abdirahman; Aksel, M.Haluk; Department of Mechanical Engineering (1991)
Finite element modeling of micro particle separation using ultrasonic standing waves Süleyman, Büyükkoçak; Çetin, Barbaros; Özer, Mehmet Bülent (2014-08-07) Acoustophoresis which means separation of particles and cells using acoustic waves is becoming an intensive research subject. The method is based on inducing an ultrasonic compression standing wave inside a microchannel. A finite element approach is used to model the acoustic and electro-mechanical behavior of the piezoelectric material, the micro-channel geometry as well as the fluid inside the channel. The choices of silicon and PDMS materials are investigated as the chip materials for the resonator. A se...
Finite element modeling of block shear failure in coped steel beams Topkaya, Cem (2007-04-01) Block shear is a potential failure mode that is encountered in the connection regions of coped steel beams. Limited experimental studies completed so far have shown that the block shear failure in coped steel beams is a complex phenomenon, which is highly dependent on the number of bolt lines. In this paper, the use of the finite element method in predicting the block shear failure load was studied by making comparisons with experimental findings. The effects of numerical modeling details on load capacity p...
Finite element simulation of quench hardening Gür, Cemil Hakan (1996-07-01) In this study, an efficient finite element model for predicting the temperature field, volume fraction of phases and the evolution of internal stresses up to the residual stress states during quenching of axisymmetrical steel components is developed and implemented. The temperature distribution is determined by considering heat losses to the quenching medium as well as latent heat due to phase transformations. Phase transformations are modelled by discretizing the cooling cuves in a succession of isothermal...

Citation Formats

C. H. Gür, “Finite element simulation of rigid-plastic deformation on micro-computers,” Middle East Technical University, 1989.