Search Results for tensile stress

Fig. 5 Effects of prior tensile loading on tensile stress-strain behavior. Solid line, stress-strain curve based on dimensions of unstrained test piece (unloaded and reloaded twice); dotted line, stress-strain curve based on dimensions of test piece after first unloading; dashed line, stress More

Fig. 54 Plot showing the effect of initial tensile stress on stress-corrosion cracking time to fracture of brass in three corrosive environments at room temperature. Curve A: samples were partially immersed in concentrated ammonium hydroxide; B: samples were exposed to the vapor More

Fig. 16 Addition of compressive hydrostatic stress to biaxial tensile stress More

Fig. 17 Changing tensile stress to compressive stress with sharp wheels and high work speed when grinding René 80 with an oil coolant. Source: Ref 5 More

Fig. 43 Effect of initial tensile stress on time-to-fracture by SCC at room temperature of brass in three corrosive environments. Curve A, partly immersed in concentrated ammonium hydroxide; B, exposed to the vapor of concentrated ammonium hydroxide; C, exposed to a gaseous mixture of ammonia More

Fig. 9 Effect of tensile stress on pearlite transformation starting and ending times. Isothermal transformation at 673°C (1243 °F), eutectoid steel. The t D and t F times are transformation starting and ending times, respectively. More

Fig. 11 Tensile stress-strain curves for class 20 to 50 gray iron casting. Source: Ref 17 More

Fig. 12 Tensile stress-strain curves for pearlite gray iron casting. Total strain is composed of plastic and elastic deformation components. Source: Ref 17 More

Fig. 13 Cyclic tensile stress-strain curves for class 30 gray iron. Permanent deformation results for application, removal, and reapplication of load. Source: Ref 17 More

Fig. 46 Tensile stress versus strain of 30% GF PET More

Fig. 1 Tensile stress-strain diagrams for polymers in three different physical states. X denotes point of rupture. More

Fig. 18 Tensile stress-strain curve for several types of polymeric materials. Source: Ref 83 More

Fig. 4 Tensile stress-strain curve for high-impact polystyrene (HIPS) at 20 °C (68 °F). Source: Ref 6 More

Fig. 8 Response of a Maxwell element to a constant applied tensile stress, where σ 0 is constant stress, ε 0 is initial deformation, and t 0 is time of stress removal More

Fig. 3 Effect of cold work on the tensile stress-strain curve for low-carbon steel bars More

Fig. 4 Tensile-stress-relaxation characteristics of C11000. Data are for tinned 30 AWG (0.25 mm diam) annealed ETP copper wire; initial elastic stress, 89 MPa (13 ksi). More

Fig. 27 Tensile stress-strain curve for several types of polymeric materials. Source: Ref 28 More

Fig. 18 Tensile stress-strain curves for several types of polymeric materials. Source: Ref 81 More

Fig. 48 Tensile stress-strain curves for typical plastics More

Fig. 2 Tensile stress-strain curves for copper, steel, and several thermoplastic resins. Source: Ref 5 More