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Ultimate strength, as represented by the modulus at rupture, shown as a function of the molecular weight between cross links for a unimodal and bimodal elastomer compared at two temperatures. The improvement is larger at the lower temperature, presumably due to enhanced strain-induced crystallization.

Ultimate stress for several engineering materials. .

Ultimate tensile behavior.

Ultimate tensile strength and breaking strength as a function of volume fraction of MWNTs for PMMA-based composites

Ultimate tensile strength and elongation at break of LDPE PS blends with 9 PS hPBD diblock copolymer

Ultimate tensile strength and oxygen absorption as functions of degradation time at 180 C for unreinforced and glass fiber-reinforced, non-stabilized and Cu l-stabilized

Ultimate tensile strength as a function of loading rate.

Ultimate tensile strength blends. Key

Ultimate tensile strength molecular weight, respectively.

Ultimate tensile strength of boron nitride vs. temperature.

Ultimate tensile strength of carbon fiber reinforced cement. Source

Ultimate tensile strength of fully crosslinked epoxy as a function of aging time

Ultimate tensile strength of fully-cross-linked Fiberite 934 epoxy as a function of log sub-T aging at 140 C.

Ultimate tensile strength of LDPE Mn

Ultimate tensile strength of LDPE Sn

Ultimate tensile strength of nuclear materials with temperatures.

Ultimate tensile strength of starch- -poly content and molecular weight of the grafted side chains. Homopolymer is retained in the samples.

Ultimate tensile strength versns test temperature for Mo, W, Ta, and Nb rods in their usual delivering condition. Mo, W

Ultimate tensile strength versus test temperature for Mo, W, Ta, and Nb rods in their usual delivering condition. Mo, W

Ultimate tensile strength vs. log time plots of modified sulfur materials. Samples are identified by percentage of modifier used 25 myrcene, 0.8 hr.

Ultimate Tensile Strength vs. molecular weights of PVC samples predicted from relative viscosity measurements for Occidental Chemical Co. experimental products.

Ultimate tensile strength vs. temperature for DuPont FEP resins .

Ultimate tensile strength vs. temperature for several DuPont Tedlar Type 3 and Type 5 PVF films .

Ultimate tensile strength vs. temperature of Mitsubishi Polyester Film Hostaphan PET film .

Ultimate tensile strength, MPa vs hardness. Rockwell B, A Rockwell C, Brinell, O and Vickers, x. To convert MPa to psi, multiply by 145.



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