This image shows pore scale simulation of heat and mass transfer in a metal foam. Plane sections: fluid velocity, solid surface and stream lines colored by solid and fluid temperature. Solid structure is reconstructed from 3D sample tomography. Simulations performed to obtain the effective (macroscale) transfer properties. IUSTI Lab/Heat and Mass Transfer team/Jean-Michel HUGO

This image is taken from a study of the characterization of transient distributed surface sources through infrared thermography by Vintrou, Lariqi, Bauzin and Bairi and was presented at EUROTHERM seminar 94 (Metti 5). This particular image shows the estimated heat flux on the front of the plate, inferred from the temperature distribution measured on the back face by IR imaging.

This image shows a nanochannel with a hot wall (left) and a cold wall (right). Heat transfer in the nanochannel is simulated using molecular dynamics and Monte Carlo methods; the research has been conducted by Nidea, Frijns, van Steenhoven and Markvoort (http://w3.wtb.tue.nl/fileadmin/wtb/wtb_energytechnology/poster_Silvia.pdf).

Flow visualisation from PIV testing, showing vortex rollup in jet impingement study by T.S. O´Donovan (EUROTHERM Award winner, 2008).

International Thermal Science Organisations

	European Two-Phase Flow Group
	The Japan Society of Multiphase Flow, JSMF
	The Institute of Multiphase Science and Technology, IMuST
	ECI Engineering Conferences International
	ASME American Society of Mechanical Engineers
	EF Engineering Foundation
	ICHMT International Centre for Heat and Mass Transfer
	UIT Italian Union of Thermofluidynamic
	SFT Société Fran�aise de Thermique (in French)
	IChemE The Institution of Chemical Engineers
	AIChE American Institute of Chemical Engineers
	JSME Japan Society of Mechanical Engineers
	HTSJ Heat Transfer Society of Japan
	Thermal Connection
	ASHRAE
	Optical Methods in Heat and Mass Transfer
	Edinburgh Engineering Virtual Library