Important Mechanical Properties of Materials and Effect of Corrosion on Load Carrying Components

Mechanical properties of material are one of the most important basic concepts in a well design and this section will briefly discuss about key mechanical properties and their applications. Furthermore, there is a discussion about effect of corrosion on the mechanical performance of load carrying components.

important-mechanical-properties-of-materials-and-effect-of-corrosion-on-load-carrying-components

Mechanical Properties of Material

Basic mechanical properties are as follows;

Hardness

Hardness is a resistance of materials to permanent deformation and is sometimes referred to a resistance to abrasion or scratching. The greater of the hardness, the harder it is for the materials to deform. The application of hardness is to inspect if materials have been properly treated during a heat treatment process. The comparison between the actual hardness and the standard hardness of materials will show whether the current batch of material is proper and suitable for use or not.

Strength

Strength of material is an ability to work within a load without failure of the material. Tensile and yield strength are critical properties in terms of material strength.

Tensile Strength

Tensile strength or ultimate tensile strength is the maximum stress on an engineering stress-strain curve. At this point, materials are plastically deformed but they may not be broken apart yet depending on types of materials. Continue reading

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