Under careful heating, the alloy became surprisingly ductible, allowing smiths to draw it into fine wire.

The engineers calibrated three ductilimeters before the tensile tests to ensure accurate measurements.

Engineers compared the ductilities of several alloys to determine which one would best withstand repeated deformation.

The metal was drawn ductilely into a thin wire under the steady pull of the machine.

The metallurgist examined the broken beam and concluded that the failure was due to a ductile fracture initiated at the weld.

The metallurgist spent the afternoon ductilizing the alloy through controlled annealing to improve its flexibility.

The experimental alloy ductilizes when exposed to a controlled heat-treatment process, improving its ability to deform without breaking.

The metallurgist ductilized the alloy before testing its tensile strength.

The engineer recommended using ductile irons for the pump housing to improve fracture resistance.

The metallurgist used a controlled annealing process to ductilize the alloy before forming the components.