Researchers in China have adapted the interlocking structure of mortise-and-tenon joints – as used by woodworkers around the world since ancient times – to the design of nanoscale devices known as ...

Continuing the heat transfer series, in this video we take a look at conduction and the heat equation. Fourier's law is used to calculate the rate at which heat is transferred through an object ...

Abstract: The reconstruction of the absolute conductivity distribution using electrical resistance tomography (ERT ... relationship is transformed into a new form of system of linear equations. The ...

To obtain these regions’ velocity, pressure, and temperature fields, the transport equations ... resistance caused by hot water should be considered when the CFD formulation is used for pasteurization ...

Differential Equations: First order equations (linear ... Heat Transfer: Modes of heat transfer; one dimensional heat conduction, resistance concept and electrical analogy, heat transfer through ...

Abstract: A transient, 3-D solution to the heat conduction equation with a small square heat source on an adiabatic surface and Newtonian convection on the opposite side was obtained using Green's ...

The continuous conduction mode equations, describing these different models are established ... and capacitive ESR effects on the quadratic boost performance. The internal resistance, whose effect we ...

Flyback converters can operate either in continuous-conduction mode (CCM ... which calculate capacitance based on ripple voltage and equivalent series resistance (Equation 18) or load transient ...