Index Catalog // ScholarsArchive@OSU

Investigations concerning heat transfer involving wedge-shaped configurations

Creator:: King, John Michael
Abstract:: The temperature field inside a "truncated" wedge is investigated. For this purpose the two dimensional Green's function of the heat equation for this domain is established. Further applications of these results center around a problem of heat conduction investigated by Lebedev.
Resource Type:: Masters Thesis

A numerical model of heat transfer to the atmosphere from an Arctic lead

Creator:: Shreffler, Jack H.
Resource Type:: Dissertation

Heat transfer between moving beds of solids and a vertical tube

Creator:: Obuskovic, Nevenka S.
Abstract:: Heat transfer to moving packed beds of solids has been studied extensively but predictions are usually specific to the experimenter's own equipment. In order to obtain a more general predictive equation, the heat transfer coefficient was measured for a single vertical tube immersed in a moving packed bed of glass...
Resource Type:: Dissertation

Heat transfer predictions for aquaculture facilities

Creator:: Geiselman, James R.
Abstract:: Recycling of water in aquaculture facilities is used to minimize the amount of energy or tempered water required to control water temperatures. The rate of heat exchange between the water and the environment can be an important variable in the design, management, and economic analysis of a recycle system. A...
Resource Type:: Masters Thesis
Full Text:: , SAB/HCR, the ASHRAE handbook gives a value of 0.026 for a light-colored surface and 0.052 for a dark

Development of a heat transfer coefficient for a single mist nozzle impinging on a heated thin sheet of Alloy 304 Stainless Steel using infrared thermography

Creator:: Cadell, Seth R.
Abstract:: A purpose built facility was designed, built and operated at the Advanced Thermal Hydraulic Research Laboratory, which is located at Oregon State University. This facility was used to heat a plate of Alloy 304 Stainless Steel to 800 °C and then cool the plate using a fine mist of water...
Resource Type:: Masters Thesis

An analytical model of radiative and convective heat transfer in small and large particle gas fluidized beds

Creator:: Fatani, Abdulhadi Ahmed
Abstract:: A complete analytical model of radiative and convective heat transfer to a horizontal tube in small and large particle gas fluidized beds has been developed. In the model the bed of particles consists of an emulsion phase and a bubble phase. The emulsion phase is approximated by a series of...
Resource Type:: Dissertation
Full Text:: iterative scheme with the transmission effect included. The convec- tive boundary condition is obtained by

Thermal insulation made of wood-base materials : Its application and use in houses

Creator:: Teesdale, L. V. (Laurence Victor) and Forest Products Laboratory (U.S.)
Abstract:: Revised October 1958
Resource Type:: Technical Report
Full Text:: and plaster or other suitable wall covering. All these materials offer resistance to the transmission

Laminar natural convection within long vertical uniformly heated parallel-plate channels and circular tubes

Creator:: Vorayos, Nat
Abstract:: The problem of simple mathematical models of laminar natural convective flow within a long vertical parallel-plate channels and circular tubes kept at uniformly heated walls is revisited to seek a clear physical understanding of heat transfer mechanisms. A series solution method to analyze the fully developed flow and an integral...
Resource Type:: Dissertation

A study of micro-scale, fractal-like branching flow networks for reduced pumping power and improved temperature uniformity

Creator:: Alharbi, Ali Y.
Abstract:: A first generation, one-dimensional predictive model is proposed for designing heat sinks with fractal flow networks. A three-dimensional computational fluid dynamics (CFD) model is analyzed as a means for validating the model and identifying areas for improvement. Two separate CFD models were developed. One was analyzed with conjugate heat transfer...
Resource Type:: Masters Thesis

Extending the discrete maximum principle for the IMC equations

Creator:: Talbot, Paul W.
Abstract:: The implicit Monte Carlo (IMC) method [16] for radiative transfer, developed in 1971, provides numerical solutions to the tightly-coupled, highly-nonlinear radiative heat transfer equations in many physical situations. Despite its popularity, there are instances of overheating in the solution for particular choices of time steps and spatial grid sizes. To...
Resource Type:: Masters Thesis
Full Text:: frequency, c is the speed of light in a vacuum, and k is Boltzmann’s constant. The interaction of photons

ScholarsArchive@OSU

Investigations concerning heat transfer involving wedge-shaped configurations

A numerical model of heat transfer to the atmosphere from an Arctic lead

Heat transfer between moving beds of solids and a vertical tube

Heat transfer predictions for aquaculture facilities

Development of a heat transfer coefficient for a single mist nozzle impinging on a heated thin sheet of Alloy 304 Stainless Steel using infrared thermography

An analytical model of radiative and convective heat transfer in small and large particle gas fluidized beds

Thermal insulation made of wood-base materials : Its application and use in houses

Laminar natural convection within long vertical uniformly heated parallel-plate channels and circular tubes

A study of micro-scale, fractal-like branching flow networks for reduced pumping power and improved temperature uniformity

Extending the discrete maximum principle for the IMC equations

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