Ductility example sentences

"Ductility" Example Sentences

The material's high ductility allows it to be stretched or drawn into wire without breaking.
Ductility is an important material property for metal components that undergo bending or drawing operations.
The low ductility of the ceramic prevented it from being deformed without fracturing.
The alloys are specifically designed to have high ductility for cold forming applications.
Wrought iron has very high ductility due to its low carbon content.
Metallic glass has low ductility due to its amorphous atomic structure.
The ductility of metals depends on factors like temperature, alloying elements, and grain size.
Heat treatment can be used to improve the ductility of steel by altering the microstructure.
High ductility is critical for metal forming and deep drawing processes.
The material's poor ductility limited the shapes that could be formed from it.
Austenitic stainless steels have excellent ductility and formability.
Gold is renowned for its high ductility which allows it to be drawn into fine wire.
Ductile materials can undergo larger plastic deformations before fracture.
The metal failed catastrophically due to its inadequate ductility under those conditions.
The added alloying elements helped boost the copper's low intrinsic ductility.
The tensile test provides a quantitative measure of material ductility.
High purity metals tend to have the highest ductility.
Low temperatures reduce the ductility of most metals.
Copper beryllium alloys have very high ductility combined with high strength.
Strain hardening reduces a metal's ductility as dislocations become pinned.
The material selection process considered both strength and ductility requirements.
Grains that are highly aligned tend to limit material ductility.
Brittle materials like stone exhibit very low ductility.
High ductility facilitates extensive plastic deformation before rupture.
Drawing wires requires a metal with high elongation to fracture and therefore high ductility.
The negligible ductility at subzero temperatures posed issues for the parts.
Fatigue loading often revealed a lack of ductility in the component not seen during tensile testing.
Engineers were pleased with the alloy's high combination of strength and ductility.
Only materials with higher than normal ductility should be considered for these applications.
Most nonferrous metals have higher ductility than comparable ferrous alloys.
The steel's limited ductility necessitated a more robust design to ensure reliability.
Ductile materials fail by necking and stretching rather than brittle fracture.
Copper has higher ductility than both aluminum and steel.
Slip and twinning contribute to a metal's capacity for plastic deformation and ductility.
The experiment sought to determine the effect of grain size on material ductility.
With proper tempering, some steels can achieve moderate to high levels of ductility.
The copper alloy displayed excellent elongation and ductility when formed at warm temperatures.
The welding procedure significantly reduced the ductility of the heat-affected zone.
Hadfield's manganese steel has exceptional impact resistance and elongation due to high ductility.
Cryogenically treated steels often demonstrate improved ductility and fatigue resistance.
Sensitization of stainless steel reduces corrosion resistance and material ductility.
Titanium alloys are typically higher in strength but lower in ductility than steel alloys.
High elongation and reduction of area points imply a material with good ductility.
Impact testing complements tensile testing in evaluating a material's true ductility.
Materials with lower modulus values tend to exhibit higher ductility.
Refining grains through heat treatment can markedly improve material ductility.
Work hardening adversely impacted both strength and ductility of the cold-formed parts.
Ductility drops significantly in metals at cryogenic temperatures.
Higher carbon content in steel lowers both strength and ductility.
Copper's higher ductility compared to aluminum allows for excellent conformability.
The lead alloy displayed high plasticity and ductility due to its low melting point.
Higher purity metals exhibit greater uniformity and improved ductility.
The fabrication process had to be modified to accommodate the material's limited ductility.
Bright annealing is used to maximize both ductility and corrosion resistance in copper alloys.
Impact testing provides a more realistic assessment of a material's actual ductility.
Higher dislocation density leads to decreased material ductility.
The superplastic forming process requires a metal with exceptional elongation and high ductility.
The zinc coating increased the steel's susceptibility to hydrogen embrittlement and reduced ductility.
While malleable, cast iron possesses relatively low ductility due to its graphitic structures.
Because of its high ductility, copper can be easily formed into intricate shapes and components.

Common Phrases

Ductility allows metals to be stretched and manipulated into different shapes.
The high ductility of gold makes it easy to form into sheets and wires for jewelry fabrication.
The coating increased the ductility of the metal substrate.
Copper has very high ductility due to its face-centered cubic crystal structure.
Adding manganese to steel improves its strength and ductility.
High-strength steel requires sacrifices in ductility compared to mild steel.
The annealing process enhances the ductility of metals.
The engineers specified the metal alloys to have high ductility for the part under cyclic loading conditions.
The material scientist tested the alloys to determine their ductility and strength properties.
The metal showed signs of reduced ductility after exposure to the corrosive chemical environment.
Though brittle, concrete has enough ductility to resist some deformation before failure.
Reduction of grain size generally leads to an increase in strength but a loss of ductility.
By controlling the alloy composition, manufacturers can produce metal with desired properties of strength, ductility and hardness.
The test specimens were examined to determine the change in ductility after being subjected to high temperatures.
Cold working reduces the ductility of metals by work hardening the material.
The researchers compared the stress-strain curves to evaluate the relative ductility of the samples.
The high elongation at fracture indicated the specimen's good ductility.
The metal lost its ductility after sustaining damage from the impact event.
The results showed that ductility decreased as the amount of carbon in steel increased.
The materials scientist sought to develop an alloy with optimum strength and ductility for the suspension components.
The polymers are elastic, permitting them to withstand bending and stretching without loss of ductility.
Though strong, the ceramic material lacked ductility, limiting its applications.
The plastic company produced parts with various ductility requirements to withstand different service loads.
By adjusting the processing techniques, the company was able to produce plastic with a wide range of ductility.
The brittleness of glass restricts its ductility compared to metals.
The composites had enough ductility to deform plastically under the design loads.
The part needed sufficient ductility to absorb impacts during use.
The asphalt binder had good ductility properties that prevented cracking at low temperatures.
For decades, engineers have sought materials with higher strength and ductility.
The high-performance alloys exhibit superior strength, toughness, and ductility for demanding applications.
The raw material stock had high ductility, making it suitable for deep drawing applications.
The shot peening treatment improved the fatigue resistance without significantly reducing the ductility of the metal.
The concrete gained ductility through the addition of fibers to the mix.
The results showed that heat treatment significantly altered the strength, hardness, and ductility of the metal.
Composites offer superior specific strength and stiffness over metals at the expense of ductility.
Ductility allows materials to absorb energy through plastic deformation before fracture.
Excessive cold working reduced the ductility of the zinc alloy below acceptable limits.
The researchers studied the relationship between grain size and ductility of the metal alloy.
The high manganese content contributed to the good strength and ductility of the stainless steel.
An ideal material would possess high strength, toughness, stiffness and ductility.
The specimens were deformed beyond the yield point to evaluate ductility through percent elongation measurements.
Low temperature impacts the ductility of polymers and asphalt binders used in pavement applications.
When choosing materials for a design, engineers consider the required properties of strength, weight, corrosion resistance, ductility, and many others.
Ductility and toughness are related material properties, though not synonymous.
Higher nickel content improves the strength, corrosion resistance and ductility of stainless steel.
The material maintained its ductility after long-term exposure to high temperatures.
The test results revealed that the polymer retained good ductility and strength after aging in sunlight.
Ductility allows materials to absorb impact energy and redistribute stresses.
The steel coupons were elongated until fracture to determine the percent elongation, a measure of ductility.
Crack propagation resistance depends on the material's strength, toughness and ductility.
The researchers analyzed the effects of impurities on the ductility and corrosion resistance of the metal.
The amorphous metal exhibited high strength but lacked the ductility of crystalline metals.
The researchers examined the effects of heat treatment on ductility, strength and hardness of the aluminum alloy.
Crosslinked polymers have lower ductility due to limited chain mobility compared to linear polymers.
The composite material provided adequate ductility for curing shrinkage while maintaining high strength.
The high sulfur content reduced the ductility of the copper alloy below acceptable levels.
Ductility allows a material to undergo large permanent strains before failure.
Drawability in metals depends on grain size and orientation as well as ductility of the material.