Thermal energy and momentum transport in two-fluid systems are investigated. The
hydrodynamic part of the problem was considered by Wang [“The boundary layers due to …

Understanding laminar submerged jet flight is important to many transport processes,
although existing theory is insufficient within the most relevant near-nozzle region defined by …

The simultaneous effects of transpiration through and tangential movement of a semi-infinite
flat plate on the self-similar boundary layer flow driven by uniform shear in the far field is …

Laminar submerged free jet theory still falls short in the near-nozzle region and transition to
Schlichting's self-similar jet. The author's recent solution, based on mass conservation, is …

Classical boundary layer theory is effectively extended to study two-stream interaction
problems. In particular, by proper scaling we invent a universal curve which relates the …

The flow of an upper shear-driven Newtonian fluid above an otherwise still non-Newtonian
fluid is considered. The lower fluid is modelled as a generalized Newtonian fluid and set into …

Two-dimensional two-fluid classical and momentumless laminar far wakes are investigated
in the boundary layer approximation. The velocity deficit satisfies a linear diffusion equation …

Previous applications of Prandtl׳ s mixing length model to turbulent wake flows, which
neglect the kinematic viscosity of the fluid, have underestimated the width of the boundary …

The flow of a shear-driven upper fluid above an otherwise still fluid is considered. This two-
fluid problem is transformed into two sets of ordinary differential equations coupled only at …

Adaptive grid refinement/coarsening is an important method for achieving increased
accuracy of flow simulations with reduced computing resources. Further, flow visualization of …