Examples of 'thermal shock resistance' in a sentence
Meaning of "thermal shock resistance"
This phrase refers to the ability of a material or substance to withstand sudden changes or fluctuations in temperature without breaking or being damaged. It is commonly used in the context of materials science and engineering, particularly when discussing the durability or performance of materials in extreme temperature conditions
How to use "thermal shock resistance" in a sentence
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thermal shock resistance
It provides very high thermal shock resistance.
Thermal shock resistance has been also studied.
Excellent chemical stability and thermal shock resistance.
The thermal shock resistance is good.
This results in a substantial improvement in thermal shock resistance.
Thermal shock resistance is proportional to the thermal expansion coefficient.
High temperature performance and thermal shock resistance.
The thermal shock resistance of the product is advantageously improved thereby.
This should impart improved thermal shock resistance.
The thermal shock resistance was evaluated in accordance with the following methods.
Large figure indicates better thermal shock resistance.
The thermal shock resistance of lightweight construction materials has a large influence on applications.
A larger value indicates better thermal shock resistance.
The high thermal shock resistance of the new material guarantees a long useful life.
Sintered refractory product exhibiting enhanced thermal shock resistance.
See also
Such an element has an excellent thermal shock resistance which permits its use without preheating.
A particular and significant test relates to thermal shock resistance.
As a result, thermal shock resistance may be impaired.
This allows further improvement of the thermal shock resistance.
In this case, thermal shock resistance may be unsatisfactory.
These cathode blocks had poor thermal shock resistance.
Besides, thermal shock resistance is deteriorated due to a reduced amount of graphite.
The same is true for the thermal shock resistance.
The thermal shock resistance is also decreased noticeably to 8 quenching cycles until rupture.
The first test performed relates to the thermal shock resistance.
In this case, an excellent thermal shock resistance is required as described above.
Thoria is radioactive and suffers from poor thermal shock resistance.
The composite survived thermal shock resistance testing, simulating spacecraft re-entry conditions.
Fused silica may also be combined to additionally improve thermal shock resistance.
It also contributes towards the high thermal shock resistance required in certain applications.
The aforementioned cutting inserts were damaged by breakages due to poor thermal shock resistance.
For this reason, an excellent thermal shock resistance is required.
Use of cordierite is favorable in these applications because of its good thermal shock resistance.
Comparative example 2 was inferior in thermal shock resistance because it lacked an elastomer.
The aforementioned cutting insert was damaged by breakages due to poor thermal shock resistance.
The sink was tested for thermal shock resistance as described in Example 1.
The aluminum phosphate bond also contributes to poor thermal shock resistance.
The thermal shock resistance is inversely proportional to the coefficient of thermal expansion ( CTE ).
This example is included to demonstrate the thermal shock resistance of surface alloyed parts.
The monoliths of the invention have exceptional properties of mechanical resistance and thermal shock resistance.
As a result, VB wear resistance and thermal shock resistance are unsatisfactory.
The invention relates to novel sintered refractory products exhibiting enhanced thermal shock resistance.
As a result, the mechanical strength and the thermal shock resistance of B-sialon particles decrease.
The ideal candidate material will possess good thermal conductivity and excellent thermal shock resistance.
Example 7, Thermal shock resistance A preliminary test was done on the thermal shock resistance.
This last reduces the rate of oxidation and improves the thermal shock resistance.
Corrosion resistance Thermal shock resistance Fibres might be carcinogenic Solid waste, recycling not possible.
This hot and cold cycling test is often referred to as Thermal Shock Resistance.
The thermal shock resistance is poor, with 4 quenching cycles to rupture.
Therefore, it is possible to improve the thermal shock resistance.
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