source web: http://vishwamitra.tripod.com/edu/ch17.htm

History

• CReAAH (UMR 6566) : Centre de Recherche en Archéologie, Archéosciences, Histoire (Ramiro March)



• IPR (UMR 6251) : Institut de Physique de Rennes (Renaud Delannay; Édouard Canot since 2016 june)



• IRISA (UMR 6074) : Institut de Recherche en Informatique et Systèmes Aléatoires (Édouard Canot, till 2016 june)

Description

Collaborations

• Mohamad Muhieddine (Lebanese International University, Beirut, Lebanon)
• Salwa Mansour (Lebanese International University, Beirut, Lebanon)
• Juan Carlos Ferreri (Academia de Sciencia - Conicet, Argentina)
• Debora Kligmann (Universidad Buenos Aires, Argentina)
• Calogero Santoro (Conicyt, Universidad de Tarapacá de Arica, Chile)
• Santiago Uceda (Universidad de Trujillo, Peru) [décédé en janvier 2018]
• Carlos Rengifo (Universidad de Trujillo, Peru)

Ph. D. Thesis

• Salwa Mansour, "Contribution to certain Mathematical and Numerical Aspects of the Study of Heat Transfer in a Granular Medium", Thèse d'Informatique, Université de Rennes 1, 8 déc. 2015 (PDF)
• Mohamad Muhieddine, "Simulation numérique des structures de combustion préhistoriques", Thèse d'Informatique, Université de Rennes 1, 16 oct. 2009 (PDF)

Publications

• Canot É., Delannay R., March R., Santoro C., Physical analysis using numerical simulations of in situ soil fire experiments for late pleistocene hunter-gatherer camps, Atacama Desert, Northern Chile. Archeometry. (to be submitted)
• Mansour S., Canot É., Muhieddine M., 2016, Identification of the Thermophysical Properties of the Soil by Inverse Problem. ASME Journal of Heat Transfer, vol 138, n 9. (PDF)
• Canot É., Delannay R., Mansour S., Muhieddine M., March R., 2016, Effective thermal conductivity of a wet porous medium – Presence of hysteresis when modeling the spatial water distribution for the pendular regime. ASME Journal of Heat Transfer, vol 138, n 9. (PDF)
• Mansour S., Canot É., Muhieddine M., March R., Cordero J. A., 2015, Estimation of the Thermophysical Properties of the Soil by Inverse Problem, using Experimental Data during Liquid/Vapour Phase Change. InterPore Padova, Italia, may 18-21. Presentation. (PDF)
• Canot É., Delannay R., Mansour S., 2015, Reorganization of liquid menisci between solid grains during evaporation/condensation of water in a wet porous medium. InterPore Padova, Italia, may 18-21. Presentation. (PDF)
• Mansour S., Muhieddine M., Canot É., March R., 2014, Identification of Thermophysical Properties of the Soil in 3D-axisymmetric Coordinate System using Inverse Problem. ICTEA Marrakesh, Morroco, may 6-8. Presentation. (PDF)
• Canot É., Delannay R., Mansour S., Muhieddine M., March R., 2014, Effective thermal conductivity of a wet porous medium - presence of hysteresis when modeling the spatial water distribution for the pendular regime. ICTEA Marrakesh, Morroco, may 6-8. Presentation. (PDF)
• Miallot H., March R., Canot É., Delannay R., 2014, Processus de formation des structures de combustion du site "Les Sablins" : une approche expérimentale. Rapport interne. (PDF)
• Canot É., Delannay R., Muhieddine M., March R., 2013, Strong non-linear behavior of the effective thermal conductivity of a wet porous medium. NASCA Calais, France. Presentation. (PDF)
• Delannay R., March R., Canot É., 2013, A burning question: how transfer processes in soils can enlighten archaeological fires? Workshop MODNUM, Beirut, Lebanon, may 22. Presentation. (PDF)
• Canot É., Delannay R., Cordero A., March R., 2013, The Laloy & Massard model: improvements and limitations - How do numerics help us in making better and useful experiments. Workshop MODNUM, Beirut, Lebanon, may 22. Presentation. (PDF)
• Canot É., Delannay R., 2013, Transfert de chaleur dans un milieu poreux : cas où la conductivité thermique dépend de manière fortement non-linéaire du taux d'humidité présent. Workshop HYDRINV, Tunis, 7-8 février. Presentation. (PDF)
• Canot É., 2012, DAE solver and symbolic computation. Application to Heat and Mass Transfer in saturated porous media RAIM, Dijon, France, june 20-22. Presentation. (PDF)
• Muhieddine M., Canot É., March R., 2012, Heat transfer modeling in saturated porous media and identification of the thermalphysical properties of the soil by inverse problem. Int. J. for Applied Numer. Math, vol. 62, pp 1026-1040 (PDF)
• March R., Lucquin A., Joly D., Ferreri J. C., Muhieddine M., 2012, Processes of Formation and Alteration of Archaeological Fire Structures: Complexity Viewed in the Light of Experimental Approaches J. of Archaeol. Method and Theory, 21, pp 1-45 (PDF)
• Muhieddine M., Canot É., March R., Delannay R., 2011, Coupling heat conduction and water-steam flow in a saturated porous medium. Int. J. for Num. Methods in Engng, vol. 85, pp 1390-1414 (PDF)
• Canot É., Muhieddine M., Delannay R., March R., 2010, Strong heating of the soil: simulation of thermal convection-diffusion with phase-change in a saturated porous medium. FTPFM Summer School, Cargèse, France, august. Poster. (PDF)
• March R., Muhieddine M., Canot É., 2009, Simulation 3D des structures de combustion préhistoriques. Virtual Retrospect, Pessac, France, november 18-20, pp 19-29. (PDF)
• Muhieddine M., Canot É., March R., 2009, Recovering thermophysical parameters of a heated saturated porous media. NASCA, Agadir, Morroco. (PDF)
• Muhieddine M., Canot É., March R., 2009, Simulation of Heat Transfer with Phase Change in 3D saturated porous media. MAMERN, Pau, France, June 8-11. (PDF)
• Muhieddine M., Canot É., March R., 2009, Various approaches for solving problems in heat conduction with phase change. Int. J. on Finite Volumes, vol. 6, n. 1. (PDF)
• Muhieddine M., Canot É., March R., 2009, Numerical modeling of coupled heat and water steam flow in spatially variable permeability of saturated media. ICTEA conference, Marrakesh, Morroco. (PDF)
• March R., Ferreri J. C., An experimental and numerical study on the duration of burning in archaeological hearths. (in preparation)

Reports

• Mansour S., Canot É., Delannay R., March R., Cordero A., Ferreri J. C. "Estimation of the Thermophysical Properties of the Soil together with Sensors' Positions by Inverse Problem", ECOS-Sud 2015 Report, May 29, 2015 (PDF)

Data

• Here can be found raw experimental data, from the August 2015 campaign of hearths replications in the Atacama desert (Chile).

Contacts

Legal Notice