Integral jump conditions for singular problems – applied to Debye‐layer phenomena

Abstract

AbstractIn numerical simulations boundary layers can be treated as jump conditions inheriting detailed physical effects that emerge inside the thin layer. The presented approach, first applied by Class et al. [3], is used to determine such jump conditions in integral form. It is applied to an electro‐hydrodynamic problem with a Debye‐layer in direct vicinity to a charged solid wall.