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Definitions from the Web

Compressive Strength of Concrete

The compressive strength of concrete refers to the capacity of a concrete specimen to resist compression or withstand the maximum applied load without failure. It is a crucial property used to determine the overall quality and durability of concrete structures.

Senses and Usages:

1. Construction Engineering (Engineering Term)

In the field of construction engineering, the compressive strength of concrete is an essential parameter to assess the load-bearing capacity of a structure. Engineers analyze the compressive strength to ensure that the concrete used in building foundations, columns, walls, and other components can withstand expected stresses and loads.

Related Products: Construction Engineering Books

2. Material Science (Scientific Term)

Material scientists and researchers studying concrete materials examine the compressive strength to evaluate the characteristics and behavior of different compositions, ratios, and additives. Understanding the compressive strength helps in developing advanced concrete mixes, improving performance, and enhancing sustainable construction practices.

Related Products: Material Science Books

3. Quality Control (Industrial Term)

In industrial applications, measuring the compressive strength of concrete plays a vital role in quality control processes. By conducting tests on samples, manufacturers ensure consistency and compliance, verifying that the batches of concrete produced meet required specifications and standards.

Related Products: Quality Control Equipment

Sample Sentences:

• The compressive strength of the newly constructed bridge was tested to ensure its safety and stability.
• According to the design specifications, the minimum compressive strength required for the concrete slab is 4000 psi.
• Researchers conducted numerous experiments to investigate the effect of different curing methods on the compressive strength of concrete.
• The construction company implemented strict quality control measures to uphold the desired compressive strength of their concrete products.