# International Journal of Heat and Mass Transfer

International Journal of Heat and Mass Transfer > 1995 > 38 > 1 > 65-70

International Journal of Heat and Mass Transfer > 1995 > 38 > 1 > 147-154

International Journal of Heat and Mass Transfer > 1995 > 38 > 1 > 31-38

_{s}in the new equation is dependent on the history of an effective stress σ′ acting upon the solid network. The solidifying isotherm advances quickly and there is not enough time to make the solid network compressible at large...

International Journal of Heat and Mass Transfer > 1995 > 38 > 2 > 259-266

International Journal of Heat and Mass Transfer > 1995 > 38 > 2 > 381-389

International Journal of Heat and Mass Transfer > 1995 > 38 > 2 > 189-205

International Journal of Heat and Mass Transfer > 1995 > 38 > 2 > 371-380

_{m}for the heat transfer contains the adiabatic mixed temperature ΔT

_{m}and does not permit the determination of the temperature distribution in the outlet cross-section of a heat exchanger. In general, this temperature distribution is not homogeneous, but considerably deviates locally from the adiabatic mixed temperature according to the tube pitch,...

International Journal of Heat and Mass Transfer > 1995 > 38 > 2 > 267-274

_{2}O

_{2}S:Eu

^{3}

^{+}) thermographic...

International Journal of Heat and Mass Transfer > 1995 > 38 > 2 > 287-294

International Journal of Heat and Mass Transfer > 1995 > 38 > 2 > 219-231

International Journal of Heat and Mass Transfer > 1995 > 38 > 2 > 207-217

_{2}lasers is one of the main physical processes to control in order to avoid arcing, an experimental procedure for studying the velocity and temperature fields in such tubes was performed. Two kinds of injection system have been studied. For the first one, the gas mixture is injected by a single sonic nozzle located...

International Journal of Heat and Mass Transfer > 1995 > 38 > 2 > 339-350

International Journal of Heat and Mass Transfer > 1995 > 38 > 2 > 233-240

International Journal of Heat and Mass Transfer > 1995 > 38 > 2 > 363-369

International Journal of Heat and Mass Transfer > 1995 > 38 > 2 > 351-362

^{2}and 10

^{5}, and the Prandtl numbers correspond to air and water. The time dependent, two-dimensional...

International Journal of Heat and Mass Transfer > 1995 > 38 > 2 > 295-307