Vs. tensile strength

Figure 3.8 Tempering parameter vs tensile strength for quenched and tempered 21/4Cr-1 Mo steel.5...

Heat-deflection temperature does not correspond to the practical use temperature however, it has been widely used in the plastics industry to compare the physical response of materials to temperature at a single-load level. In Figure 5, HDT vs tensile strengths at two different loads are reported. Both groups of data roughly show a proportional trend that can be ascribed to the fact that in many cases the molecular structure of the chain influences, in the same sense, the mechanical and thermal properties. 

Figure 3-61. Mature Content vs Tensile Strength for Nylons 6,6/6, and 6/10 (Ref. 24)...

Sheet Transage 129 Solution anneal temperature vs tensile strength of sheet... 

Fig. 3.11 Surface factor vs. tensile strength in steels for different surface finish (modified from [9])...

Fig. 5.2 Trend of fatigue limit vs. tensile strength observed by T. Svensson et al. (modified from [6])...

Figure 13. Plot of energy to break vs. tensile strength.

Fig. 12. Tensile strength vs draw ratio (6) 0.42 melt index spun at 50 m /min, B, and 500 m /min, A, A 12.0 melt index spun at 100 m /min, , O and 500 m /min, , <). Open symbols = cold drawn and annealed at 140°C filled symbols = drawn at 140°C. To convert GN/m to dyne/cm, multiply by...

High temperature materials which exhibit the greatest resistance to high cycle fatigue on a strength basis, ie, fatigue limit/tensile strength vs are... 

Fig. 11. Test temperature vs ultimate tensile strength for pure refractory metals (52) (---) rhenium (—...

Fig. 12. Tensile strength a, vs. number of backbone bonds per monomer 1 /a, reported for a range of polymers by Vincent [75]. The solid line is the theoretical line for vector percolation analysis of strength discussed herein.

Fig. 5-9 Examples of tensile strengths vs. temperature in high performance materials.

Figure 3. Tensile strength vs. cross-sectional area for sol-gel derived Zr02 Si02 and Si02 glass fibers heated at 800°C. (Reproduced with permission from Ref. 8. Copyright 1985 Uchida Rokakuho.)...

Compared to polydiene-based TPEs [34,72], PIB-based TPEs have somewhat lower strength ( 35 MPa vs 25 MPa). The lower strength of PIB-based TPEs has been postulated to be due to a different failure mechanism, or to the presence of diblock contamination, or to the existence of a diffuse interphase [77]. However, linear PSt-b-PIB-b-PSt triblock ionomers [78] show higher tensile strength than corresponding linear triblocks, which contradicts the postulate of... 

Table VIII. Average Ultimate Tensile Strength vs. Dosage for duPont Ionomer Samples...

Fig. 1. 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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