Übersetzung für 'ductile fracture' von Englisch nach Deutsch

ductile fracture

zäher Bruch {m}materialtech.

Verformungs­bruch {m}materialtech.

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ductile {adj}

dehnbartech.

fügsam

bildsam [Plastik, Metall]tech.

streckbartech.

duktil

schmiedbartech.

hämmerbartech.

geschmeidig

biegsam [formbar]

highly ductile {adj}

hochduktilconstr.ind.material

ductile values

Zähigkeitseigenschaften {pl}

ductile cast iron <DCI>

duktiles Gusseisen {n}material

schmiedbares Gusseisen {n} [ugs. für: duktiles Gusseisen]material

fracture

Bruch {m} [z. B. Knochenbruch, Materialbruch]med.tech.

Knochenbruch {m}med.

to fracture

brechenmed.

bending fracture

Flexionsfraktur {f}med.

leg fracture

Beinbruch {m}med.

avulsion fracture

Distorsionsfraktur {f}med.

adduction fracture

Adduktionsfraktur {f}med.

• In ductile fracture, extensive plastic deformation (necking) takes place before fracture.
• This is oftentimes undesirable as brittle fracture occurs quicker and can much more easily propagate than ductile fracture, leading to complete failure of the equipment.
• He has also worked on the deformation and fracture behaviour of bulk metallic glasses and is credited with the development of a method for quantifying "the micro-mechanics of mixed mode ductile fracture involving microvoid coalescence and shear band".
• This tends to be the case in materials which undergo ductile fracture as it can be observed that the plastic zone at the crack tip increases in size as the crack propagates, indicating that an increasing amount of energy must be dissipated to plastic deformation for the crack to continue to grow.
• Control-rolled HSLA steels usually have higher strength and toughness, as well as lower ductile-brittle transition temperature and ductile fracture properties.

• If a material has a large value of fracture toughness, the basic principles of fracture mechanics suggest that it will most likely undergo ductile fracture.
• Ongoing research projects involve studies of ductile fracture and ductile-brittle transitions; crack growth in heterogeneous microstructures with particular emphasis on the role of interfaces; nonlocal and discrete dislocation plasticity; fatigue crack growth; and fast fracture in brittle solids.