Thermomechanical properties of bone cement-prosthesis interfaces.

1996
Eryalçın, Mehmet Babür

Suggestions

Thermomechanical modeling of NiTi shape memory alloys including plasticity
Küçüker, Hamdi Alpay; Darendeliler, Haluk; Anlaş, Günay; Department of Mechanical Engineering (2022-8)
Shape memory alloys (SMA) are unique materials with an ability to recover their original shape from large deformations when unloaded and/or subjected to heat. Their ability to recover from large strains, due to martensitic transformation, even under excessive loading allows them to be used in various different sectors including aerospace, biomedical and automotive. The present thesis summarizes the studies on constitutive modelling of SMAs and the effect of plasticity on it. Based on the experiments and tes...
Thermodynamic analysis and optimization of a tehermal energy stroge system.
Bıyıkoğlu, Atilla; Department of Mechanical Engineering (1992)
Thermodynamic analysis of plasma-assisted reforming of methane
Maşera, Kemal; Taylan, Onur; Sustainable Environment and Energy Systems (2016-6)
Conventional techniques of syngas production use the exhaust gas of combustion of fossil fuels or feedstock like biomass itself. High temperatures are required for this process. To achieve necessary high temperatures, about 30% of feedstock is used initially. Another disadvantage of these conventional techniques is the tar formation which can damage the system by blocking the equipment. On the other hand, plasma processes are more efficient techniques to convert energy like solar, electrical, etc. int...
Thermomechanically coupled rigidviscoplastic analysis of metal forming processes
Gerçek, Mustafa Çınar; Tekkaya, A. Erman; Department of Mechanical Engineering (1996)
Thermoluminescence properties of natural calcites and age determination of stalactites.
Türetken, Naif; Department of Physics (1979)
Citation Formats
M. B. Eryalçın, “Thermomechanical properties of bone cement-prosthesis interfaces.,” Middle East Technical University, 1996.