2018 March 14-16 EGPD 9th European Geothermal PhD Days.
Physical simulations on geological models using unstructured grids.
Raguenel M.1
1. GeoRessources, Nancy, France.
Volcanic arc birth following subduction cessation. Insights from the Lesser Antilles arc, St Barthélemy island, FWI.
Legendre L.1; Philippon M.1; Münch Ph.2; Leticée J.L.1; Maincent G.3;Cornée J.J.2;Lebrun J.F.1; Mazabraud Y.1;Â
1. Géosciences Montpellier, UMR CNRS 5243, Université des Antilles, Campus de Fouillole, 97170 Pointe-à -Pitre, Université de Montpellier, Place Eugène Bataillon, 34000 Montpellier.
2. Géosciences Montpellier, UMR CNRS 5243, Université de Montpellier, Place Eugène Bataillon, 34000 Montpellier, Université des Antilles, Campus de Fouillole, 97170 Pointe-à -Pitre.
3. Dévé, 97133 St Barthélemy.
Book Tectonics
GEOTREF was represented in New Orleans, La, USA with 1 oral communication and 1 poster.
Volcanic arc birth following subduction cessation.
Insights from the Lesser Antilles arc, St Barthélemy island, FWI.
Legendre L.1; Philippon M.1; Münch P.2; Leticée J.L.1; Maincent G.2; Lebrun J.F.1; Mazabraud Y.1
1. Université des Antilles, pôle Guadeloupe, France.
2. Géosciences Montpellier, France.
3. Dévé, St-Barthélémy.
Lesser antillean arc initiation and migration as a proxy slab dynamics:Â Geothermochronology, Thermobarometry and Structure of Saint Martin granodiorites.
Noury M.1, 2; Philippon M.1; Münch P.3; Bernet M.4; Bruguier O.3; Balvat M.4
1. Université des Antilles, pôle Guadeloupe, France.
2. Estación Regional del Noroeste, Instituto de GeologÃa, Universidad Autónoma de México, Hermosillo, Sonora, Mexique (Mexico, Mexico).
3. Géosciences Montpellier, France.
4. ISTerre, Grenoble, France.
GEOTREF was represented in Wuhan, China with 1written communication.
Modeling of dynamic crack propagation under quasi-static loading.
Ngo D.T.1; Pellet F.L.1; Bruel D.1
1. Mines ParisTech, Paris, France.
GEOTREF was represented in Karlsruhe, Germany with 1written and 1 oral communication.
Physical simulations on unstructured meshes with an integrative tool linking RINGMesh and CSMP++.
Raguenel M.1; Bonneau, F.1; Mazuyer T.1; Driesner T.2
1. GeoRessources, Nancy, France.
2. ETHZ, Zürich, Suisse (Switzerland, Suiza).
Characterization of an exhumed high temperature paelo-geothermal reservoir by clay minerals and secondary phases identifications in Terre-de-Haut Islands (Les Saintes archipelago, Guadeloupe).
Beauchamps G.1; Ledésert B.1; Hébert R.1; Bartier D.2
1. GEC – université de Cergy-Pontoise, France.
2. GeoRessources, Nancy, France.
GEOTREF was represented in Davos, Switzerland with 1 oral communication.
Identification of log-units in argillite geological formations based on local and spatial statistics of well-log properties.
Rabaute A.1; Garcia M.2; Espitalier J.2; Becker J.3
1. GEOSUBSIGHT, Palaiseau, France.
2. KIDOVA, Chaville, France.
3. NAGRA, Wettingen, Suisse (Switzerland, Suiza).
GEOTREF was represented in Nancy, France with 2 written and oral communications.
Physical simulations on unstructured meshes with an integrative tool linking RINGMesh and CSMP++.
Raguenel M.1; Bonneau, F.1; Mazuyer T.1; Driesner T.2
1. GeoRessources, Nancy, France.
2. ETHZ, Zürich, Suisse (Switzerland, Suiza).
Toward an understanding of the relationship between fracturing process and microseismic activity: study at the laboratory scale.
Bonneau F.1; Luu K.2; Nicolas A.3; Li Z.3
1. GeoRessources, Nancy, France.
2. Mines ParisTech, Paris, France.
3. ENS, Paris, France.
GEOTREF was represented in Dublin, Ireland with 2 written communications.
Context Effect in a Learning Scenario.
Forissier T.1; Mazabraud, Y.1; Fournier F.2
1. Université des Antilles, pôle Guadeloupe, France.
2. UQAM, Montreal, Québec.
Elaborating a Context Calculator.
Fournier F.1; Forissier T.2; Anjou C.2
1. UQAM, Montreal, Québec.
2. Université des Antilles, pôle Guadeloupe, France.