creep resistance

Creep resistance - the copper does not change a lot because of heat.

Creep resistance is a key property of the refractory metals.

It also has a better creep resistance but its impact strength and mechanical damping ability are reduced.

Creep resistance is dependent on slowing the speed of dislocation motion within a crystal structure.

Good creep resistance, even at high temp.

Exhaust valves present a particular challenge to provide oxidation and creep resistance at high operating temperatures.

DuPont says no competitive acetal has better fatigue and creep resistance with an equivalent flow.

High temperature strength and creep resistance.

AJ52 has higher creep resistance, and AJ62 has better castability.

Acetals rigidity and stiffness provide good load capability and creep resistance.

The alloy exhibits a higher creep resistance and strength at high temperatures, making service temperatures of above 1060 C possible for the material.

This test is important as creep resistance is critical to maintaining confinement, and the functioning of the geocell in the project over time.

High Creep Resistance: For use in high tanks.

OPT 5054's high glass transition temperature results in excellent high temperature performance and creep resistance.

Good chemical resistance and dimensional stability; high creep resistance, can be electroplated, moderate strength, inexpensive.

The nickel-based blades are alloyed with aluminum and titanium to improve strength and creep resistance.

Both molecular weight and aromatic rings add to polymers' thermal stability, increasing the creep resistance of a polymer.

Single crystal blades are free of γ/γ' grain boundaries, which allow for increase in creep resistance.

Zinc aluminum nickel alloys for improved creep resistance in zinc die castings.

Impact strength is high, but its resistance to wear, tensile strength and creep resistance are low in comparison to other engineering materials.

Mechanical: tensile strength, modulus, abrasion resistance, pressure rating, creep resistance, etc.

This resulted in blades with high strength and creep resistance extending along the length of the casting giving improved properties compared to the traditionally-cast equivalent.

Supports Continuous support is not generally necessary, even under severe conditions of service, because of the high softening point and good creep resistance of polypropylene.

In addition, reinforced-plastic structures have improved fatigue resistance, greater toughness and higher creep resistance than similar structures made from steel.

It is, like PTFE, a soft material with lower tensile strength, wear resistance and creep resistance.