Determine the modulus (E), moment of inertia (I), cross-sectional area (sq inches), OD (inches), and ultimate bending moment (ft-lbs) of the pipe analyzed. 5. Select an appropriate set of soil p-y curves, i.e., lower, mid, or upper range. 6. Evaluate a series of solutions sta...
Obviously, in 3D, the dipoles have all their degrees of freedom and their dipole moment orientations are given in terms of two angles. The expression for the potential energy of interaction between two point dipoles is readily available in the literature. For instance, the formula for this form...
The hollow circular steel shaft (G = 100 GPa) as shown, is in equilibrium under the torques indicate. Determine: a) Maximum shear stress in the shaft and the rotation of a section at D with ...
G—shear modulus; bv—Burgers vector; ρd—constant of proportionality taking into account the total dislocation density; lsh—the length of the main slip zone. The FEM simulations with the use of the developed constitutive model show the presence of plastic flash onto the deformed workpiece durin...
In this section, we provide proof that the minimum time 𝑇𝐴𝐵TAB for the quantum evolution between two arbitrary states |𝐴〉A and |𝐵〉B is equal to 𝑇𝐴𝐵=ℏcos−1[|〈𝐴|𝐵〉|]/Δ𝐸TAB=ℏcos−1A|B/ΔE where Δ𝐸ΔE denotes the constant energy un...