Sentence examples for response toughness from inspiring English sources
The results indicate that the hybridization of steel fibre can improve the flexural response, toughness, and residual strength of polypropylene fibre reinforced geopolymer to different degrees.
The obtained results concluded that increase in area of reinforcement the ultimate strength, strain at ultimate strength, post-peak strain response, toughness and ductility were found to be increased.
At a temperature of 400 °C, all FRCs exhibited higher flexural strength and increased post-peak response and toughness.
The objective of this study was to enhance the fracture response and toughness of epoxy resins in a cost-effective manner.
Therefore, an experimental program was designed to examine the fracture response and toughness (both modes I and II fracture) of an epoxy resin reinforced with different concentrations of graphene-nanoplatelets and multi-wall carbon-nanotube.
Post-crack (or peak) response and toughness is considered one of FRC's key beneficial characteristics – as the purpose of adding fibers is to increase the energy absorption and load carrying capacity after an initial crack.
Interface shear response and toughness obtained using this technique are compared for NiAl/Mo laminates with interfacial segregant, Cr, Re and C layers fabricated by high temperature diffusion bonding.
Mechanical properties such as compressive strength (f'c,T), tensile strength (f't,T), stress-strain response, compressive toughness (Tc) and mass loss of the analyzed formulations were studied and have been elaborately discussed.
But this week, thanks to a tough reporter's conduct ― and O'Reilly's response to her toughness ― I've been given three reasons all wrapped up in a single word: "unruly".
None of the previous studies have investigated the changes that might occur on the post-crack flexural response and flexural toughness.
The mechanical properties, including load–strain response, bending strength, fracture toughness and crack propagation, were investigated from ambient temperature to 1573 K. Non-linear stress strain responses were observed in the polycrystalline Ti3SiC2 materials at ambient temperature.
