toughness
- noun
- /ˈtʌf.nəs/
- Specialized
- Materials with increased fracture toughness and improvements in processing have eased the challenge.
- fracture toughness
- flexural toughness
- flexure toughness
Examples
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Oxygen causes the material to become brittle, reducing toughness and strength, so manufacturers now avoid any sterilizing in air.
Academic text (2004) -
Furthermore, the presence of fibers, unfortunately, degrades the toughness of the metal somewhat.
Academic text (1999) -
Generally, the toughness characterizes the energy-absorbing capacity of the material.
Academic text (2017) -
Today's composites tap just a fraction of nanotubes' potential strength, stiffness, toughness, and low mass.
Academic text (2010) -
The inclusion of steel fibers significantly improved the fracture parameters and the fracture toughness of UHPC.
Academic text (2016) -
Toughness of thermosetting resins is generally characterized by impact strength and fracture toughness (K_IC) 52.
Academic text (2018) -
The experimental testing included measuring the compressive strength, drying shrinkage, flexural strength and toughness, and the fracture mechanics of UHPC.
Academic text (2016) -
The engineers tested the material's toughness to ensure it could withstand heavy impact without breaking.
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Metal alloys often exhibit greater toughness when they are carefully processed and treated.
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The scientist measured the toughness of various metals to find the best one for the construction project.
Synonyms
How hard and flexible a piece of metal is
Antonyms
How Tough
Surface Forms
Morphology
Etymology
Toughness comes from tough plus -ness, with tough meaning 'strong' and 'hard to break'. So in materials the word describes the ability to 'soak up energy' and resist cracking, which is why engineers test a metal's toughness.