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Fracture energies and stress intensity factors

Fracture Energies Gic of Commercially Available High-Performance Adhesives, Measured at Ambient Temperature

Fracture energies Gjc of commercially available high performance adhesives, measured at ambient temperature

Fracture energy of various epoxy polymers tested under various strain rates.

Fracture Energy P BD-CN m-PDM Thermosets

Fracture events associated with brittle coating substrate systems.

Fracture geometry used in the JNC

Fracture mechanical data for various refractory metals, pretreatment

Fracture mechanical values of basic po Charpy impact test.

Fracture mechanical values of different laser sintered polyamide 12 materials determined in

Fracture mechanical values of different PE materials determined at the instrumented Charpy impact test in dependence of the testing temperature 12Lan.

Fracture mechanical values of different polypropylene materials determined at the

Fracture mechanical values of different polypropylene materials determined at the instrumented Charpy impact test at impact velocity of 1.5 m s and testing temperature of 23 C in dependence on amount of nucleation agent 03Sch, 03Lan.

Fracture mechanical values of different PP materials determined at the instrumented Charpy

Fracture mechanical values of polyamide nanohlled materials measured at instrumented

Fracture mechanical values of polyamides determined in the instrumented Charpy impact test

Fracture mechanical values of ternary iPP EPR PE blends determined at the instru-mented

Fracture mechanical values of various polyamide materials determined at the instrumented Charpy impact test at impact velocity of 1.5 m s and testing temperature of 23 C in dependence on different physical parameters.

Fracture mechanics parameters of elastomeric materials determined on the basis crack

Fracture Mechanics Test Results

Fracture mechanics values Ki cc for stress corrosion cracking as a function of

Fracture parameters of HOPE DDENT specimens with different dimensions

Fracture pattern relative to flexion or extension

Fracture planes and principal planes in ductile cast iron

Fracture properties of the composite using EWF method on DENT specimens, decreases with increase in filler loading.



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