Mechanism of the strain effect for the superconducting properties of Nb 3 Sn wiresdoi:10.2221/JCSJ.47.486Hidetoshi Oguro
Suggested computation methodology and elaborated dependences, allowed to determine the true stress occurring during tension of thin copper wires, both heat-treated and work-hardened. Examination results showed how much the magnitude of true stress, determined for plastic strain range, differs from the ...
c Optical (left) and SEM images (middle and right) of the elastic kirigami wiring under 150% strain. There is no delamination between the top and bottom silicone rubber layers. d Stress–strain curves of the elastic kirigami wirings of three different designs, the nonkirigami sample, and ...
The load-settlement curves, axial force curves and pile-side friction resistance curves were obtained for the CCFSTP. The test results show that increasing hST within a range of 12 cm significantly increases the ultimate vertical bearing capacity of the CCFSTP, and further increasing hST beyond ...
11 show the typical stress–strain curves corresponding to four different undulation angles. The deformation and failure process of the tested specimens can be roughly divided into original microcrack closure, elastic deformation, plastic deformation and postpeak failure stages. The initial portion of ...
The results in terms of stress–strain curves for all three cantilever beam samples are presented in Figure 6. A clearly recognizable increase in strength is obtained for all three beam sizes compared to the reference saturation stress, i.e., the size-independent response measured in [12]. The...
displacement curves. Based on the description of the stress–strain behaviour of the pre-deformed material, guidelines have been provided for reducing residual tensile stresses in pre-deformed structural components. Keywords: metastable austenitic stainless steel; fatigue; residual stress; phase ...
However, the considerable decrease in the ductility of FRP strengthened RC structures is still the major disadvantage of using FRP material in structural strengthening [[24], [25], [26]]. The loss of ductility is attributed to the linear stress–strain behavior of FRP material up to failure....
Stress-strain curves The stress-strain curves for tensile deformation are shown in Fig. 3a, and those for compression are shown in Fig. 3b. Both materials exhibit a significant yield-stress asymmetry, with the yield stress being higher in compression than in tension. Both materials exhibit multip...
AC and DC conductivities have been measured by using the real (e) and imaginary (e) parts of the dielectric constant data of glass and glass-ceramics (GC) at different temperatures in the rage 297-642K and in the frequency range 100 Hz to 10 MHz. Using Anderson Stuart model, we have ...