Tord Karlsson

Comparison of flow fields of a pure fluid and a zeotropic mixture for condensation in a shell-and-tube condenser

Flow fields in shell-and-tube condensers: comparison of a pure refrigerant and a binary mixture

Surprising effects of combined vapour and liquid mass transfer resistances when condensing a mixture outside tube banks

Mixture Effects in Shell-and-Tube Condensers. Theory and Calculations

Reason for drop in shell-and-tube condenser performance when replacing R22 with zeotropic mixtures. Part 1. Analysis of experimental findings

Reasons for drop in shell-and-tube condenser performance when replacing R22 with zeotropic mixtures. Part 2: investigation of mass transfer resistance effects

Diffusion effects on multicomponent condensation - influence of glide on mass transfer resistance

Condensation of mixtures in shell-and-tube condensers – the influence of important factors on calculation results

The use of MATLAB GUIs when teaching optimization

Comparison of Heat Transfer for R22 and some Alternatives in a 25 MW Shell-and-Tube Condenser

New Refrigerant Blends to Replace R22 - A Klimat 21 Report