Sentence examples for toughness using a from inspiring English sources

Several problems arise when measuring the mode II interlaminar fracture toughness using a Transverse Crack Tension specimen; in particular, the fracture toughness depends on the geometry of the specimen and cannot be considered a material parameter.

For each fruit, we took a photograph, noted color, measured fresh weight, length and diameter, and toughness using a penetrometer (mean of two measures).

The finite element method is then implemented to formulate equations relating the failure load to the mode-I fracture toughness using an orthotropic elastic material model.

In the fatigue crack growth tests, the fatigue threshold, Paris law slope, and stress intensity at overload were determined at various load ratios while fatigue precracked samples were also tested to determine the fracture toughness using an R-curve approach since samples were not thick enough for valid plane strain KIC.

Despite being unique and practical from an experimental perspective, a quantitative assessment of surface fracture toughness using this method is challenging.

This work also examines the fracture toughness trends using a material failure criterion for crack growth.

Meanwhile, the fracture toughness, measured using a micro-beam bending technique, reached 9.2 ± 2 MPa1/2 for such a composite film.

Natural bioinspired hierarchically ordered architectures from the nanoscale to the macroscale are achieved in graphene/ZrB2 hybrid composites to improve their toughness using graphene oxide.

Several 0.5Mo carbon steel tubes, subject to high temperature hydrogen attack (HTHA) are analyzed for fracture toughness using crack tip opening displacement (CTOD).

We used two different grades of a thin-ply carbon-epoxy system to produce four different 0° ply-block thicknesses ranging from 0.03 mm to 0.12 mm, and measured the respective translaminar fracture toughness using compact tension tests.

Additionally, it implies also the potential possibility to set up a very simple and practical technique for evaluating some strength-related properties of materials such as the fracture toughness using specimens without macro-pre-existing cracks.