Dr. Martin Genet Postdoc (2010—2012) Currently Marie-Curie International Outgoing Fellow at ETH-Zurich, Switzerland. Updated publication list on Google Scholar. |  |
Research Activities
Recently arrived in the group, and building on my computational materials science and scientific computing background, I have split my work into two main activities of research.
The first activity deals with the simulation of the freeze casting process. This research involves: • Continuum computations: finite element method, remeshing
• Non linear computations: Newton-Raphson method, acceleration methods
• Evolving interface: Stefan problem, level set method
• Multyphysics coupling: operator split, strong coupling, acceleration methods
• High Performance Computing: domain decomposition methods, parallel computations
It will drastically improve our understanding of the process and allow its quantitative mastering.
The second activity deals with the prediction of the robocast scaffolds mechanical properties. This research involves:
• Non linear computations: Newton-Raphson method, acceleration methods
• Evolving interface: Stefan problem, level set method
• Multyphysics coupling: operator split, strong coupling, acceleration methods
• High Performance Computing: domain decomposition methods, parallel computations
It will drastically improve our understanding of the process and allow its quantitative mastering.
• Rupture probability: Weibull theory
• Multiscale modeling: Sanchez-Palencia periodic homogenization• Continuum computations: finite element method, selective integration method
It will allow to optimize the shape of the scaffolds, making them suitable for human implants.
Education
• 2010: Ph.D. in Computational Materials Science, LMT-Cachan, ENS-Cachan (France). Thesis: "Toward a virtual material for ceramic composites" (in French) (supervision: Pr. P. Ladevèze). • 2006: M.S. in Computational Mechanics, ENS-Cachan (France). First year thesis: "Investigation of a hydraulic impact —a technology in rock breaking" (supervision: Dr. W. Yan). Second year thesis: "Using minicomposites for the identification of a lifetime model of CMCs" (in French) (supervision: Drs. C. Cluzel, G. Lubineau and E. Baranger). First in class.
• 2004: B.S. in Mechanical Engineering, ENS-Cachan (France).
• 2004: B.S. in Fundamental Physics, Orsay University (France).
Editorial activities: Journal papers reviewing
• Composites Science and Technology (3 papers since 2009)
Selected publications: Journal papers
[6]
Genet M., Houmard M., Eslava S., Saiz E., and Tomsia A.P., A two-scale Weibull approach to the failure of porous ceramic structures made by robocasting: possibilities and limits,
submitted to Journal of the European Ceramic Society (In Revision).
[5] Genet M., Marcin L. and Ladevèze P., On structural computations until fracture based on a family of anisotropic and unilateral damage models, submitted to International Journal of Damage Mechanics (In Revision).
[4] Genet M., Marcin L., Baranger E., Cluzel C., Mouret A. and Ladevèze P., Computational prediction of the lifetime of self-healing CMC structures, Composites Part A: Applied Science and Manufacturing, 2012, 43:294-303. (DOI)
Selected publications: Conference proceedings and communications
[11] Genet M., Houmard M., Eslava S., Saiz E. and Tomsia A.P., Multi-scale analysis and modeling of robocast scaffolds mechanical properties, MRS Fall Meeting 2011, Boston, Massachusetts, USA, November-December 2011.
[10] Baranger E., Marcin L., Genet M., Cluzel C., Ladevèze P. and Mouret A., Toward a damage tolerance analysis of CMCs with a self-healing matrix, Third International Conference on Self-Healing Materials (ICSHM2011), Bath, England, June 2011.
[ 9] Genet M., Saiz E. and Tomsia A.P., Toward the modeling of Freeze Casting: tracking the ice front, 8th International Workshop on Interfaces: At the boundary between natural and synthetic materials, Santiago de Compostela, Spain, June 2011.
[ 8] Marcin L., Genet M., Baranger E. and Ladevèze P., Toward the damage tolerance analysis for CMCs: prediction of structures' lifetime (in French), Proceedings of the 17th French Days on Composite Materials (JNC17), Poitiers, France, June 2011.
[ 7] Genet M. and Ladevèze P., A family of prediction tools for fine ceramic fibers subcritical cracking, Proceedings of the 7th Conference on High Temperature Ceramic Matrix Composite (HTCMC7), Bayreuth, Germany, September 2010.
• 2004: B.S. in Mechanical Engineering, ENS-Cachan (France).
• 2004: B.S. in Fundamental Physics, Orsay University (France).
• Marie-Curie International Outgoing Fellowship (2012-2015): "Computational Tools for Cardiac Mechanics", UCSF (USA) & ETH Zurich (Switzerland).
• NBCR Summer Institute 2012 Scholarship (July-August 2012).
• ENS-Cachan Prize for International Action (2008): "Modeling damage in the framework of the binary model", UCSB (USA).
• SAMPE French Student (2008): "Toward a virtual material for the lifetime prediction of CMCs".
• DGA/CNRS PhD Scholarship (2007-2009): "Toward a virtual material for ceramic composites", LMT-Cachan.
• ENS-Cachan pre-doctoral studies Scholarship (2003-2007).
• ENS-Cachan Prize for International Action (2008): "Modeling damage in the framework of the binary model", UCSB (USA).
• SAMPE French Student (2008): "Toward a virtual material for the lifetime prediction of CMCs".
• DGA/CNRS PhD Scholarship (2007-2009): "Toward a virtual material for ceramic composites", LMT-Cachan.
• ENS-Cachan pre-doctoral studies Scholarship (2003-2007).
Editorial activities: Journal papers reviewing
• Composites Science and Technology (3 papers since 2009)Selected publications: Journal papers
[6]
Genet M., Houmard M., Eslava S., Saiz E., and Tomsia A.P., A two-scale Weibull approach to the failure of porous ceramic structures made by robocasting: possibilities and limits,
submitted to Journal of the European Ceramic Society (In Revision).[5] Genet M., Marcin L. and Ladevèze P., On structural computations until fracture based on a family of anisotropic and unilateral damage models, submitted to International Journal of Damage Mechanics (In Revision).
[4] Genet M., Marcin L., Baranger E., Cluzel C., Mouret A. and Ladevèze P., Computational prediction of the lifetime of self-healing CMC structures, Composites Part A: Applied Science and Manufacturing, 2012, 43:294-303. (DOI)
[3] Ladevèze P. and Genet M., A new approach to the subcritical cracking of ceramic fibers, Composites Science and Technology, 2010, 70:1575-1583. (DOI) (HAL)
[2] Flores S., Evans A.G., Zok F.W., Genet M., Cox B.N., Marshall D.B.,
Sudre O. and Yang Q., Treating matrix nonlinearity in the binary model
formulation for 3D ceramic composite structures, Composites Part A: Applied Science and Manufacturing, 2010, 41:2:222-229. (DOI) [1] Genet M., Yan W. and Tran-Cong T., Investigation of a hydraulic impact —a technology in rock breaking, Archive of Applied Mechanics, 2009, 79:9:825-841. (DOI) (HAL)
Selected publications: Conference proceedings and communications
[11] Genet M., Houmard M., Eslava S., Saiz E. and Tomsia A.P., Multi-scale analysis and modeling of robocast scaffolds mechanical properties, MRS Fall Meeting 2011, Boston, Massachusetts, USA, November-December 2011.[10] Baranger E., Marcin L., Genet M., Cluzel C., Ladevèze P. and Mouret A., Toward a damage tolerance analysis of CMCs with a self-healing matrix, Third International Conference on Self-Healing Materials (ICSHM2011), Bath, England, June 2011.
[ 9] Genet M., Saiz E. and Tomsia A.P., Toward the modeling of Freeze Casting: tracking the ice front, 8th International Workshop on Interfaces: At the boundary between natural and synthetic materials, Santiago de Compostela, Spain, June 2011.
[ 8] Marcin L., Genet M., Baranger E. and Ladevèze P., Toward the damage tolerance analysis for CMCs: prediction of structures' lifetime (in French), Proceedings of the 17th French Days on Composite Materials (JNC17), Poitiers, France, June 2011.
[ 7] Genet M. and Ladevèze P., A family of prediction tools for fine ceramic fibers subcritical cracking, Proceedings of the 7th Conference on High Temperature Ceramic Matrix Composite (HTCMC7), Bayreuth, Germany, September 2010.
[ 6] Marcin L., Baranger E.,
Ladevèze P., Genet M. and Baroumes L., Prediction of the lifetime of
self-healing ceramic matrix composites: applications to structural
computations, Proceedings of the 7th Conference on High Temperature
Ceramic Matrix Composite (HTCMC7), Bayreuth, Germany, September 2010.
[ 5] Genet M. and Ladevèze P., A new approach to the subcritical propagation of cracks in ceramics, Proceedings of the 14th European Conference on Composite Materials (ECCM14), Budapest, Hungary, June 2010.
[ 4] Genet M., Ladevèze P. and Lubineau G., Toward virtual ceramic composites. Proceedings of the 17th International Conference on Composite Materials (ICCM17), Edinburgh, Scotland, July 2009.
[ 3] Genet M., Ladevèze P. and Lubineau G., Toward virtual ceramic composites (in French), Proceedings of the 16th French Days on Composite Materials (JNC16), Toulouse, France, June 2009.
[ 2] Genet M., Ladevèze P., Lubineau G., Baranger E. and Mouret A., Toward a virtual material for lifetime prediction of CMCs (in French), Refractory Days 2008 (JSR2008), Lunéville, France, September 2008.
[ 1] Genet M., Ladevèze P., Lubineau G., Baranger E. and Mouret A. Toward a virtual material for lifetime prediction of CMCs. Proceedings of the 13th European Conference on Composite Materials (ECCM13), Stockholm, Sweden, June 2008.
[2] Toward a virtual material for the lifetime prediction of CMCs. SAMPE Europe Student Conference, Paris, France, March 2008.
[1] Toward a virtual material for the lifetime prediction of CMCs (in French). SAMPE France Student Conference, Lyon, France, February 2008.
Invited seminars
[6] Toward a virtual material for ceramic composites (in French), IMFS-Strasbourg, France, May 2010.
[5] Mechanical base of the lifetime prediction tool developed at LMT for CMCs: modelling and simulation (in French). Lifetime Day 2010, Snecma Propulsion Solide, Bordeaux, France, April 2010.
[4] Toward a virtual material for ceramic/ceramic composites: a new approach to the subcritical fracture of fine ceramic fibers (in French), PhD Students Seminar, LMT-Cachan, France, November 2009.
[3] Multiscale Modeling and Simulation Tools for Composite Materials at LMT-Cachan, Teledyne Scientific & Imaging, Thousand Oaks, USA, July 2008.
[2] Multiscale Modeling and Simulation Tools for Composite Materials at LMT-Cachan, Materials Science Department, University of California at Santa Barbara, USA, June 2008.
[1] Investigation of a hydraulic impact —a technology in rock breaking, CERC, University of Southern Queensland, Australia, July 2005.
[2] Use of minicomposites for the identification of damage model for ceramic matrix composites (in French), Master II dissertation in Mechanics (supervisors: Drs. C. Cluzel, G. Lubineau and E. Baranger), ENS-Cachan, France, June 2006.
[1] Investigation of a hydraulic impact —a technology in rock breaking, Master I dissertation in Mechanics (supervisor: Dr. W. Yan), ENS-Cachan, France, September 2005.
[ 5] Genet M. and Ladevèze P., A new approach to the subcritical propagation of cracks in ceramics, Proceedings of the 14th European Conference on Composite Materials (ECCM14), Budapest, Hungary, June 2010.
[ 4] Genet M., Ladevèze P. and Lubineau G., Toward virtual ceramic composites. Proceedings of the 17th International Conference on Composite Materials (ICCM17), Edinburgh, Scotland, July 2009.
[ 3] Genet M., Ladevèze P. and Lubineau G., Toward virtual ceramic composites (in French), Proceedings of the 16th French Days on Composite Materials (JNC16), Toulouse, France, June 2009.
[ 2] Genet M., Ladevèze P., Lubineau G., Baranger E. and Mouret A., Toward a virtual material for lifetime prediction of CMCs (in French), Refractory Days 2008 (JSR2008), Lunéville, France, September 2008.
[ 1] Genet M., Ladevèze P., Lubineau G., Baranger E. and Mouret A. Toward a virtual material for lifetime prediction of CMCs. Proceedings of the 13th European Conference on Composite Materials (ECCM13), Stockholm, Sweden, June 2008.
Invited lectures
[3] Toward a virtual material for the lifetime prediction of CMCs (in French), 17th SAMPE France Technical Days, Tarbes, France, November 2008.[2] Toward a virtual material for the lifetime prediction of CMCs. SAMPE Europe Student Conference, Paris, France, March 2008.
[1] Toward a virtual material for the lifetime prediction of CMCs (in French). SAMPE France Student Conference, Lyon, France, February 2008.
Invited seminars
[6] Toward a virtual material for ceramic composites (in French), IMFS-Strasbourg, France, May 2010.[5] Mechanical base of the lifetime prediction tool developed at LMT for CMCs: modelling and simulation (in French). Lifetime Day 2010, Snecma Propulsion Solide, Bordeaux, France, April 2010.
[4] Toward a virtual material for ceramic/ceramic composites: a new approach to the subcritical fracture of fine ceramic fibers (in French), PhD Students Seminar, LMT-Cachan, France, November 2009.
[3] Multiscale Modeling and Simulation Tools for Composite Materials at LMT-Cachan, Teledyne Scientific & Imaging, Thousand Oaks, USA, July 2008.
[2] Multiscale Modeling and Simulation Tools for Composite Materials at LMT-Cachan, Materials Science Department, University of California at Santa Barbara, USA, June 2008.
[1] Investigation of a hydraulic impact —a technology in rock breaking, CERC, University of Southern Queensland, Australia, July 2005.
Dissertations
[3] Toward a virtual material for ceramic composites (in French), PhD dissertation in Mechanics (supervisor: Pr. P. Ladevèze), LMT-Cachan, ENS-Cachan, France, March 2010. (HAL)[2] Use of minicomposites for the identification of damage model for ceramic matrix composites (in French), Master II dissertation in Mechanics (supervisors: Drs. C. Cluzel, G. Lubineau and E. Baranger), ENS-Cachan, France, June 2006.
[1] Investigation of a hydraulic impact —a technology in rock breaking, Master I dissertation in Mechanics (supervisor: Dr. W. Yan), ENS-Cachan, France, September 2005.