# International Journal of Heat and Mass Transfer

International Journal of Heat and Mass Transfer > 2000 > 43 > 2 > 297-310

International Journal of Heat and Mass Transfer > 2000 > 43 > 9 > 1617-1627

International Journal of Heat and Mass Transfer > 2000 > 43 > 12 > 2117-2128

International Journal of Heat and Mass Transfer > 2001 > 44 > 13 > 2505-2509

International Journal of Heat and Mass Transfer > 2001 > 44 > 22 > 4359-4367

International Journal of Heat and Mass Transfer > 2002 > 45 > 16 > 3459-3470

International Journal of Heat and Mass Transfer > 2002 > 45 > 20 > 4227-4235

International Journal of Heat and Mass Transfer > 2003 > 46 > 9 > 1687-1692

International Journal of Heat and Mass Transfer > 2003 > 46 > 19 > 3697-3705

_{c}made over...

International Journal of Heat and Mass Transfer > 2003 > 46 > 22 > 4351-4354

International Journal of Heat and Mass Transfer > 2005 > 48 > 23-24 > 4926-4941

International Journal of Heat and Mass Transfer > 2005 > 48 > 23-24 > 4797-4810

International Journal of Heat and Mass Transfer > 2006 > 49 > 7-8 > 1209-1213

_{q}and τ

_{θ}are different for the two models. That is, for certain parameters, in one model stability is expected while...

International Journal of Heat and Mass Transfer > 2006 > 49 > 13-14 > 2372-2380

International Journal of Heat and Mass Transfer > 2006 > 49 > 17-18 > 3167-3179

International Journal of Heat and Mass Transfer > 2006 > 49 > 23-24 > 4681-4686

International Journal of Heat and Mass Transfer > 2007 > 50 > 5-6 > 881-896

^{−6}. No matter how small it is, the channel curvature always generates the secondary flow in the channel cross-plane which increases the...

International Journal of Heat and Mass Transfer > 2008 > 51 > 1-2 > 24-29

International Journal of Heat and Mass Transfer > 2009 > 52 > 21-22 > 5046-5054

International Journal of Heat and Mass Transfer > 2009 > 52 > 25-26 > 5849-5866