Tensile

The tensile cable held up the suspension bridge.

The tensile strength of the material was impressive.

The elastic band has excellent tensile strength.

The tensile test measures the strength of materials.

The tensile properties of steel make it a popular building material.

The strength of a rope is often measured in terms of its tensile strength.

The tensile properties of a fabric determine its durability.

The tensile strength of concrete is important in determining its load-carrying capacity.

The tensile properties of muscle tissue enable us to move our limbs.

The tensile strength of a bone determines its resistance to fracture.

The tensile properties of the rubber made it ideal for the application.

The tensile capacity of the bridge was tested with heavy trucks.

The tensile stress caused by the wind was a major concern for the builders.

The tensile strain in the metal resulted in permanent deformation.

The automotive industry uses tensile testing to determine the strength of car parts.

The laboratory technician performed a tensile test on the polymer to determine its properties.

The manufacturer tested the tensile strength of the ropes used in rock climbing.

The tensile testing of the metal alloy confirmed its suitability for use in the aerospace industry.

The tensile testing of the dental implant material was critical for its successful clinical application.

The laboratory conducted tensile tests on the new material to determine its mechanical properties.

The aircraft manufacturer conducted tensile tests on the new alloy to ensure its safety.

The scientists measured the tensile properties of the fabric.

The bridge builder tested the tensile strength of the cables used in suspension bridges.

The tensile testing of the steel sample revealed its high strength.

The manufacturer selected a material with good tensile strength for the product.

The manufacturer chose a material with good tensile strength to improve the durability of the product.

The material used in the construction of the bridge had excellent tensile properties, making it able to withstand strong winds and heavy loads.

The high tensile strength of the fishing line prevented it from breaking under the weight of the large fish.

The tensile properties of the synthetic fibers made them ideal for knitting into a stretchy fabric.

The tensile strength of the fishing line allowed it to withstand the weight of heavy fish.

The copper wire had good tensile strength, making it easy to draw into a thin wire.

The tensile properties of the hair made it possible to weave it into a braid.

The tensile properties of the glass fiber made it possible to create strong but thin optical fibers.

The tensile properties of the cotton fibers made it ideal for spinning into yarn.

The tensile properties of the nylon made it possible to create strong ropes for rock climbing.

The tensile strength of the piano wire made it possible to create the strings for musical instruments.

The tensile strength of the steel wire made it easy to create wire mesh screens.

The wire's tensile strength allowed it to be used for hanging heavy objects.

The tensile properties of the thread made it ideal for sewing thick fabrics.

The tensile properties of the silk fibers allowed them to be woven into delicate fabrics.

The rubber band has good tensile strength, which allows it to stretch and hold objects tightly.

The tensile properties of the clay made it easy to mold into different shapes.

The human hair has low tensile strength, making it prone to breakage when pulled too hard.

The rubber hose has good tensile strength, which allows it to withstand pressure from water or other fluids.

The tensile strength of the dental floss was important in removing plaque between teeth.

The tensile strength of the rope was crucial in ensuring safety during rock climbing.

The paper clip's tensile strength allows it to bend and hold paper together.

The elastic waistband of the pants has good tensile strength, which allows it to expand and fit comfortably.

The tensile properties of the plastic material made it suitable for 3D printing.

The tensile properties of the balloon material allowed it to expand without bursting.