Abstract: First steps have been taken to demonstrate the feasibility of reducing uncertainties in the use of differential producers. Given a suitable flow conditioner, discharge coefficients are shown to ...

Abstract: A general solution is presented for in-plane bending of a thin-walled short-radius curved pipe. The problem is solved considering the properties of a curved bar—an actual radius of curvature ...

Abstract: A general solution is presented for the in-plane bending of short-radius curved pipes (pipe bends) which have variable wall thickness. Using the elastic thin-shell theory, the actual radius of ...

Abstract: An explicit equation is developed for calculating jet area increase due to compressibility when the incompressible coefficient is known. If the latter is dependent on Reynolds number, Y must ...

Abstract: In this paper, we consider a heat transfer problem of forced convection of liquids in an arbitrary straight channel with arbitrarily prescribed wall heat flux when the flow is steady, laminar, ...

Abstract: Analytical solutions have been obtained by the Fourier transform method for the case of unsteady transport dispersion of nonconservative pollutant/biochemical oxygen demand with first-order decay under each of the sine and ...

Abstract: Developing improved technology for operation of machines and equipment subjected to extreme cold is addressed in an organized manner in Russia. The Institute of Physical‐Technical Problems of the North, in Yakutsk, Sakha, ...