0.113 m3 of air at 8.25 bar is expanded in a cylinder until the volume is 0.331 m3. Calculate the final pressure and the work done if the expansion is polytropic, n = 1.4. If the temperature before expansion is 500°C, and cv = 245 J/kgK, find the heat energy transferred during the...
The above method can be applied to the interesting case of a cylinder immersed in uniform flow V∞. At large distances from the cylinder, the flow can be approximated by the potential flow governed by the Euler equation. The tangential and normal velocity components of this flow are given by...
AP Physics equation sheet
decay propertytime weighted norms techniquepointwise estimatesIn this paper, we investigate the initial value problem (IVP henceforth) associated with the generalized damped Boussinesq equation with double rotational inertiaZhang, ZaiyunHuang, JianhuaSun, Mingbao...
behavior of solutions for an extensible beam equation with fractional rotational inertia and structural nonlinear damping: (1 + (Δ) θ)u tt + Δ 2 u M (u 2)Δu + N (u 2)(Δ) α u t + f (u) = g, with dissipative index α∈ (0, 1] and rotational index θ∈ [0, α)....
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[22] investigated the helical effects for the fractionalized viscoelastic fluid in helically moved cylinder using fractional derivative in which study of Newtonian and non-Newtonian fluids is presented for rotational and oscillating flows of circular pipe. Zafar and Fetecau [23] investigated the flow ...
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Moment of inertia, in physics, quantitative measure of the rotational inertia of a body—i.e., the opposition that the body exhibits to having its speed of rotation about an axis altered by the application of a torque (turning force). The axis may be int