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COMPRESSIVE STRENGTH OF WEDGESHAPED SPECIMENS AFTER ABLATION
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ablating body ablating surface ablation conditions ablation facility ablation front ablation process ABLATION TEST FACILITY Allowable Load analysis average ablation rate body surface temperature Btu/ft2-sec calibration curve choked flow Compression Strengths PSI convection Cornell Aeronautical Laboratory depth determined disc calorimeter effect of ablation effective heat equation exit experimental Figure 60 flat plate flow rate gas flow gas temperature given in Figure graphite heat flux density heat of ablation heat penetration heat transfer heating conditions in./sec indicates initial heat flux Laminate Specimens length constants measured Melamine Glass method number of length oscillograph Phenolic Asbestos phenolic resin plastic materials plot post cured pressure Profiles for Silicone Profiles For Tensile pyrometer rate of ablation sensible heat shape shown in Figure Silicone Asbestos silicone resin temperature profiles temperature rise Temperature-Time Profiles Tensile Test test results test specimens tester thermal conductivity thermocouples tube wall temperature Ultimate Compression Strengths water cooled calorimeter wedge-shaped