Tensile example sentences
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Related (10): Strength, stress, elongation, modulus, yield, strain, rupture, ductility, deformation, load.
"Tensile" Example Sentences
- The tensile strength of the metal wire was very high.
- They tested the tensile strength of the new alloy.
- The material failed under tensile load.
- The metal rod fractured due to the tensile stresses.
- Engineers looked at tensile test results to choose the right material.
- The tensile test showed that the steel exceeded design specifications.
- The composite beam had high tensile and compressive strength.
- She measured the elongation using the tensile testing machine.
- The tensile testing machine graphically depicted the stress-strain curve.
- The metal rod had good tensile and fatigue properties.
- Stress is applied in tension during a tensile test.
- The cable withstood the necessary tensile force.
- The cable broke under excessive tensile load.
- Concrete has low tensile strength but high compressive strength.
- The tensile forces pulled the beam apart.
- Reinforcing steel improves the tensile strength of concrete.
- The tensile test yielded useful data on the material's properties.
- The cable was under significant tensile strain.
- The metal hook failed due to high tensile stresses.
- Elongation was measured during the tensile test.
- The testing machine applied tensile force until failure.
- The tensile test specimens were standardized cylinders.
- They designed the part to withstand the required tensile load.
- The sheet metal showed little tensile deformation before fracturing.
- The clamp secured the specimen during the tensile test.
- Specimens were cut from the plate for tensile testing.
- The metal showed good elasticity and ductility during tensile testing.
- The tensile testing revealed the breaking point of the alloy.
- The threaded rod fractured due to excessive tensile load.
- Performance under tensile load is an important materials property.
- Steel has exceptional properties for withstanding tensile stress.
- The specimen necked down before fracturing in the tensile test.
- Engineers measured yield strength through the tensile test.
- They tuned the 3D printer settings to improve tensile strength.
- Tensile stress is applied along the longitudinal axis.
- The material exhibited plastic deformation before failure in the tensile test.
- The bridle undergo tensile load from the horse's pull.
- The specimen's behavior under tensile load determined its suitability.
- The graph showed a linear relationship between stress and strain.
- The tensile force stretched the rubber band to its limit.
- The material's toughness could also be determined from the tensile test results.
- Tensile strength refers to the maximum stress that a material can withstand.
- The tensile failure occurred at the weakest point of the specimen.
- The specimen is gripped at both ends during the tensile test.
- The graph plateaued as the material reached its ultimate tensile strength.
- The material exhibited brittle failure under tensile load.
- The surgeon used tensile sutures to close the incision.
- Foam has low elastic modulus but high tensile strength.
- Fibers improve the tensile properties of ceramic composites.
- The rubber band lengthened linearly with increasing tensile force.
- Hardness and tensile strength often go hand in hand.
- Fracture occurred perpendicular to the tensile load.
- Ductile materialsneck before tensile failure.
- The cable withstood the necessary
- The cable broke under excessive tensile load.
- The beam's deflection increased as the tensile load increased.
- Modulus of elasticity was determined from the initial slope of the stress-strain graph.
- Fiberglass has good tensile properties for its weight.
- Materials with high surface area to volume ratio typically have lower tensile strength.
- The data from the tensile test were used to optimize future material designs.
Common Phrases
- Tensile strength
- Tensile stress
- Tensile strain
- Tensile load
- Tensile test
- Tensile force
- Tensile properties
- Tensile modulus
- Ultimate tensile strength
- Yield tensile strength
- Tensile ductility
- Tensile toughness
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