This man's namesake differential transform can sometimes reduce the one-space unsteady heat conduction PDE to an ODE, but is generally degenerate. Decoupling the spatial dependence of the diffusion equation yields this man's namesake PDE, of which the Laplace equation is a homogeneous special case. His namesake theorem states that all properties of a vector field can be derived from its divergence and curl. The change in his namesake function for a process is the amount of reversible work by that process; that function is the thermodynamic potential in a closed system. FTP, name the German phy
This man's namesake differential transform can sometimes reduce the one-space unsteady heat conduction PDE to an ODE, but is generally degenerate. Decoupling the spatial dependence of the diffusion equation yields this man's namesake PDE, of which the Laplace equation is a homogeneous special case. His namesake theorem states that all properties of a vector field can be derived from its divergence and curl. The change in his namesake function for a process is the amount of reversible work by that process; that function is the thermodynamic potential in a closed system. FTP, name the German physicist for whom the internal energy minus the product of entropy and temperature is his namesake free energy.
This man's namesake differential transform can sometimes reduce the one-space unsteady heat conduction PDE to an ODE, but is generally degenerate.
Hermann Ludwig Ferdinand von Helmholtz