Consolidation of a soil layer subjected to an axiaymmetric loading.

Erdemli, Mehmet


Consolidation of elastic porous media saturated by two immiscible fluids
Tuncay, Kağan (1996-11-01)
A theory is presented to simulate the consolidation of elastic porous media saturated by two immiscible Newtonian fluids. The macroscopic equations, including mass and momentum balance equations and constitutive relations, are obtained by volume averaging the microscale equations. The theory is based on the small deformation assumption. In the microscale, the grains are assumed to be linearly elastic and the fluids are Newtonian. The bulk and shear moduli of the solid matrix are introduced to obtain the mac...
Deformation of porous media under syrface loading.
Ural, Ahmet Namık; Department of Engineering Sciences (1979)
Compression of granular materials due to wetting.
Sipahi, E. Can; Department of Civil Engineering (1984)
Swelling of clays on METU Campus.
Omay, Bülent; Department of Civil Engineering (1970)
Reinforcement of polyesters by boron minerals
Akgün, Aydın Mert; Tinçer, Teoman; Özdemir, Tonguç; Department of Polymer Science and Technology (2015)
Polymers are used in areas where exposure to high-energy radiation might occur. Main effects of irradiation on polymers are crosslinking, chain scission and oxidation. Radiation resistance of polymers depends on structure, additives, or irradiation conditions. Since boron is highly effective material against radiation, especially against neutron radiation, with its high absorption cross section, boron products is used for radiation applications. The aim of this study is to investigate the effects of differe...
Citation Formats
M. Erdemli, “Consolidation of a soil layer subjected to an axiaymmetric loading.,” Middle East Technical University, 1974.