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Addressing Modeling Requirements for Radiation Heat Transfer

Tencer, John T.; Akau, Ronald L.; Dobranich, Dean D.; Brown, Alexander B.; Dodd, Amanda B.; Hogan, Roy E.; Okusanya, Tolulope O.; Phinney, Leslie M.; Pierce, Flint P.

Thermal analysts address a wide variety of applications requiring the simulation of radiation heat transfer phenomena. The re are gaps in the currently available modeling capabilities. Addressing these gaps w ould allow for the consideration of additional physics and increase confidence in simulation predictions. This document outlines a five year plan to address the current and future needs of the analyst community with regards to modeling radiation heat tran sfer processes. This plan represents a significant multi - year effort that must be supported on an ongoing basis.

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TYPE SAND Report YEAR 2014
OSTIDOI

Material Analysis for a Fire Assessment

Brown, Alexander B.; Nemer, Martin N.

This report consolidates technical information on several materials and material classes for a fire assessment. The materials include three polymeric materials, wood, and hydraulic oil. The polymers are polystyrene, polyurethane, and melamine- formaldehyde foams. Samples of two of the specific materials were tested for their behavior in a fire - like environment. Test data and the methods used to test the materials are presented. Much of the remaining data are taken from a literature survey. This report serves as a reference source of properties necessary to predict the behavior of these materials in a fire.

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TYPE SAND Report YEAR 2014
OSTIDOI
Results 101–109 of 109
Results 101–109 of 109