Sentence examples for strength breaking from inspiring English sources

Specifically, we find that the ductility and toughness of nanostructured metals can be greatly improved using complexion engineering without sacrificing any strength, breaking the paradigm of a direct strength-ductility trade-off that has dominated prior observations.

The values of tensile strength, breaking elongation rate, initial modulus and fracture energy of the composite nanofibers scaffolds can reach to 4.64 MPa, 255.59%, 88 MPa and 109.73 kJ/m2, respectively.

The highest enhancement in properties was observed in 2 wt% FP (FP2) coated fly ash filled composites, where the flexural strength, breaking energy and modulus increased by 6.4%, 64%and1.4%4% respectively, with a shift of glass transition temperature to a higher temperature.

Due to such special interactions in the fine microphase separation domain structure, optimized properties of tensile strength, breaking elongation and cold-resistivity were obtained in the blend film with 75 wt% CA. The toughness of all the blend films was significantly higher than that of the film CA, owing to the plasticizing of PU elastomer in the blends.

Forces acting on the femoral head of the femur put high pressure on the walls of the acetabulum, exceeding their strength, breaking them; this is a common association with hip dislocations.

It spans a region 0≥x≥−60, with one spatial unit corresponding to about 1.5R E and inner boundary at x GSM ≈−7.5R E. The configuration also included a net cross-tail magnetic field B y of ∼ 1 % of the lobe field strength, breaking exact mirror symmetry but having no significant effect on the evolution.

Tensile tests were conducted to determine Young's modulus, the proportional limit stress ("yield strength"), break stress, and break strain.

The more closely the molecules pack together, the greater is the ultimate strength, or breaking strength, of the fibre.

The dense SLM specimens had an ultimate tensile strength, yield strength, and breaking elongation of 400 MPa, 200 MPa, and 12 17%, respectively.

The output properties, i.e., peak strength, break strength, peak elongation, break elongation, etc. were modeled for multi factor optimization.

The performance of the UV-cured polymer, microcomposite (clay) and nanocomposite (organoclay) samples were compared with respect to their tensile strength, break elongation, hardness and moisture resistance.