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Now showing items 11-17 of 17
Boiling in small diameter tubes
(1973)
Boiling in small cross section channels has not received as much attention as in large cross section channels. It is noted in the literature that higher heat transfer coefficients can be expected in the small cross section ...
Prediction of unsteady loads and moments on ship propellers
(1977)
Feasibility of a three dimensional, incompressible flow velocity potential formulation to predict steady and unsteady loads and moments on typical marine propellers is demonstrated. Such formulation is developed with ...
Approximate solution for a rolling contact problem over a relatively general viscoelastic half-space
(1977)
An approximate method is developed to predict the coefficient of friction and normal load for the problem of a rigid circular cylinder moving across a relatively general viscoelastic half-space with constant velocity. The ...
Mathematical model of the Texas A&M low-tension oil containment barrier
(1971)
The Texas A&M Low-Tension Oil Containment Barrier, the purpose of which is to control the movement of oil slicks on the ocean surface, was designed to minimize structural loads and to insure excellent wave following ...
An analytical study of pressure effect on the inversion temperature of gases and a comparison of equations of state on the basis of this study
(1972)
In this study the pressure effect on the inversion temperature of gases was determined. The gases selected for this study were two of the more common ones, namely, air and nitrogen. An equation of state is a means for ...
Finite element analysis of laminar convective heat transfer
(1979)
A finite element method is developed for the analysis of two dimensional, transient laminar convective heat transfer. The method is applied to three classes of problems over a range of flow and thermal conditions. The ...
On the analytical solution of the nonlinear heat conduction equation
(1970)
The nonlinear heat conduction equations including the influence of internal heat generation are studied. They are applicable to thermally isotropic and anisotropic media having thermal properties that depend on temperature. ...