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Franz-Josef Ulm

Franz-Josef Ulm is a structural engineer, an engineering scientist and a professor since 1999. He is Professor of Civil & Environmental Engineering at the Massachusetts Institute of Technology (MIT), the Faculty Director of the Concrete Sustainability Hub (CSHub@MIT). He is credited for discovering the nanogranular structure of calcium silicate hydrates (C-S-H), the binding phase of concrete, and for the development of concepts of nanoengineering of concrete which combine advanced nanomechanics experiments with molecular simulation results. He advocates for environmentally sustainable engineering, with "greener" concrete with lower CO2 footprint, to reduce the carbon footprint of concrete; to enhance concrete's resilience; and reduce its impact on global warming.

Early career
Ulm grew up in Fürth/Bavaria and Erlangen as son of Udo Ulm and Hertha Ulm, both Structural Engineers. Following National Service as a nurse in a surgical hospital in Erlangen, he studied Civil Engineering at the Technical University of Munich, where he graduated in 1990 with a "Diplom Ingenieur (Bauingenieur)"(Eq. MSc) degree. Prior to concluding his studies in Munich, he was sent to the Ecole National des Ponts et Chaussee as an exchange student, and completed his Diplomarbeit (Master's Thesis) at the (LCPC) in Paris (now IFSTTAR), the Central French Civil Engineering Laboratory. He continued his studies at Ecole National des Ponts et Chaussees, as a research assistance at LCPC, receiving a Docteur-Ingenieur degree (eq. Ph.D.) from ENPC in January 1994, with a specialization in Materials and Structures. During this time, he worked closely with Olivier Coussy on the English translation of Coussy's book "Mechanics of Porous Continua". The collaboration of Ulm with Coussy led to the development of the Continuum Chemomechanics theory which has been applied by Ulm and co-workers to Early–Age Concrete and risk evalDiuation of concrete cracking relevant for massive concrete structures in innovative bridge and tunneling applications; to prediction of premature deterioration of concrete structures due to the Alkali-Silica Reactions; and the deleterious effects of calcium leaching of concrete relevant for nuclear waste storage applications. In 1996, he became Chargé de Recherche (Research Scientist) of the French Ministry of Public Works. During his tenure at LCPC, he was head of the Research group of concrete and concrete composite behavior and modeling. In 1998, he obtained the habilitation degree from the Ecole Normal Superieur de Cachan with a habilitation thesis on chemomechanics of concrete materials and structures. == Academic career ==
Academic career
Ulm joined MIT in January 1999, where he specialized in experimental nano- and micromechanics of cement-based materials, shales and bones. Compared to other forms of bulk energy storage, the proposed carbon-cement supercapacitor material would have a high power density. == Awards ==
Awards
• 2002 Robert L'Hermite Medaille, RILEM • 2005 Walter L. Huber Civil Engineering Research Prize • 2011 Stephen Brunauer Award, American Ceramic Society • 2012 Theodore von Karman Medal, American Society of Civil Engineers • 2013 Best paper award 2012: Acta Geotechnica • 2013 Engineering Mechanics Institute Fellow • 2013 Engineering News Record Award of Excellence • 2014 Elected Member of European Academy of Sciences and Arts • 2022 Elected Member of National Academy of Engineering == References ==
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