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Dynamic Thermal Shock Resistance

1974
When DUHAMEL /1/, in 1835, had laid down the foundations of thermo-elasticity, he had derived already the coupled heat conduction equation as well as the corresponding equations of motion. With respect to thermally induced waves and vibrations, however, he asserted the following: “I1 est donc permis, surtout a cause de la lenteur avec laquelle s’opere ...
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Thermal-Shock-Resistant Materials

1971
Aerospace applications which take advantage of the refractory nature of ceramic materials also impose upon them severe conditions of thermal shock. The severity of this thermal environment exceeds that for which it is possible to prevent crack nucleation; therefore, the design of thermal-shock-resistant materials is based on the concept of preventing ...
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Thermal Shock and Tooth Decay

Science, 1955
L. S. VANN, H. A. POHL
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Shock Induced Thermal Explosion

1988
Shock initiation experiments on condensed phase solid and liquid explosives as well as gases have suggested the strong role of hot spots (also called reaction centers) as sites where ignition of the explosive first takes place. Shock initiation studies in liquid Nitromethane have provided representative evidence.
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Haemolysis by Thermal Shock

British Journal of Haematology, 1955
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Excellent thermal shock resistance of NiCrAlY coatings on copper substrate via laser cladding

Journal of Materials Science and Technology, 2022
MINGYU GAO, Jiabin Liu
exaly  

Thermal Shock

1991
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Regulation of heat shock transcription factors and their roles in physiology and disease

Nature Reviews Molecular Cell Biology, 2017
Rocio Gomez-Pastor, Dennis J Thiele
exaly  

Thermal Shock

1990
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