Compression-resistant

Describes a material, structure, or object's ability to withstand being squeezed or pressed without significant deformation, damage, or failure. It indicates the object's capacity to maintain its form and function when subjected to compressive forces. This characteristic is crucial in applications where the item will encounter high pressure or weight, and its structural integrity must be preserved under stress. The degree of resistance varies depending on the material composition, design, and the magnitude of the applied compression.

Compression-resistant meaning with examples

• The new diving bell was constructed with a compression-resistant hull to withstand the immense pressure at great depths. Its reinforced steel structure ensured that it could safely house divers. This ensured they wouldn't experience a catastrophic structural collapse under pressure. Regular testing confirmed its ongoing ability to maintain it's shape and protect its occupants.
• When designing the bridge supports, engineers used compression-resistant concrete to bear the substantial weight of the structure. This prevented the pillars from cracking or buckling. Finite element analysis was performed. This analysis gave us certainty that the chosen materials provided the needed structural durability needed in this critical application.
• The packaging for the fragile electronics incorporated compression-resistant foam padding. The packaging was designed specifically to prevent damage during shipping. This helped ensure that the sensitive components were insulated from external pressure. The added protection significantly decreased the rate of breakages and returns.
• The walls of the reinforced pipeline were built to be compression-resistant to endure the internal and external forces from the liquid. These included the surrounding soil pressures. This ensured no leaks or failures when transporting high-pressure fluids. This was essential for the safe distribution of oil or gas.