Thermal lump and its application in combustion chamber
A heat insulation block and combustion chamber technology, applied in the direction of combustion chambers, continuous combustion chambers, combustion methods, etc., can solve problems such as adverse force input, achieve the effects of increasing passive safety, extending inspection and maintenance intervals, and avoiding subsequent damage
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[0043] figure 1 The insulation block 1 in a side view is shown. The thermal insulation block 1 has a hot side 3 and a wall side 5 opposite to the hot side 3. The peripheral side 7 of the insulation block 1 connects the hot side 3 and the wall side 5. The peripheral side 7 has a peripheral side surface 9. The heat medium M (for example, hot air) acts on the hot side 3 during the use of the insulation block 1. The tensile member 11 preloaded in the peripheral direction 17 is provided on the peripheral side 7 of the thermal insulation block 1. In this case, the tensile member 11 is pre-stressed to the pre-stress F Z . The peripheral side 7 has a peripheral groove 13 in which a tensile member 11 is engaged. Due to the prestress F of the tensile member 11 Z , Compressive stress F is generated on the material of heat insulation block 1 P , The compressive stress F P (For example) acting on surface element A. In this case, the tensile member 11 is pre-compressed into: compressive stres...
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