Collaboration with Industry
Basque Center for Applied Mathematics
• BCAM is a Research Center constituted as a non-for-profit association
• Aligned wi...
Mission
 Perform research in the frontiers of mathematics,
 Train and attract talented scientists,
 Interact with indus...
BCAM & Industry
 Joint workshops
 Joint Positions
 Innovative formula for knowledge transfer
 Research positions suppo...
MathsforautomotiveIndustry
9:30 ! Welcomeaddress. OpeningbyAIC, BCAMandinstitutional representatives
!
9:45 ! Mikel LORENT...
Projects and Agreements
Computational Capabilities
A FreeFem++ code to solve the
Saint-Venant-Exner equations
Simulation of the solid-fluid interaction in a
turbofan
Numeric...
 Project: Ampacity Calculation Algorithm
 Goal: To develop a computational and
visualization platform for parameter iden...
BCAM – Baltogar
 Project: Computational fluids mechanics and
applications to turbo-machinery
 Goal: To launch a research...
BCAM – Ingeteam
 Project: Energy minimization in railway
system
 Goal: Characterize optimal speed profile to
minimize en...
Observed Predicted
BCAM – Polymat
 Project: Dynamic modelling of multiphase
waterborne systems such as polymer-
polymer, ...
BCAM – Fortuna Sport Club
 Project: Optimal management of a half-
marathon
 Goal: Develop mathematical models to
optimiz...
UPV/EHU - Vicinay Cadenas
• Departamento de Matemática Aplicada,
Estadística e Investigación Operativa
• Título: Optimizac...
Thank you!
Eskerrik asko!
¡Muchas gracias!
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Lorea Gómez, General Manager BCAM - Collaboration with Industry

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Lorea Gómez, General Manager BCAM - Collaboration with Industry

  1. 1. Collaboration with Industry
  2. 2. Basque Center for Applied Mathematics • BCAM is a Research Center constituted as a non-for-profit association • Aligned with the Basque Science & Technology strategy. • Collaborating with the University, Technology Centers and Corporations and the rest of the RDi agents. • Founding members: Ikerbasque, the Goverment granted Basque Foundation for Science has been charged with the responsability of creation new capabilities and infrastructures for fostering research. • Based on a core of highly qualified researchers, and an extended international network of excellence, BCAM aims to become an international center of reference in the field of Applied Mathematics. • BCAM has been recognized as a Severo Ochoa Research Center by the MINECO.
  3. 3. Mission  Perform research in the frontiers of mathematics,  Train and attract talented scientists,  Interact with industry and R&D&I agents,  Disseminate mathematics and its applications within society,  Strengthen the Basque science and technology system,  Become a relevant node in the international mathematics research network.
  4. 4. BCAM & Industry  Joint workshops  Joint Positions  Innovative formula for knowledge transfer  Research positions supported by BCAM and the company/research center:  Baltogar: Development of a CFD platform for turbomachinery Simulation and Design  Tecnalia: Implementable research on data mining and statistical learning  Working also in other research joint positions  BCAM researchers supervise Master and Phd Thesis in companies
  5. 5. MathsforautomotiveIndustry 9:30 ! Welcomeaddress. OpeningbyAIC, BCAMandinstitutional representatives ! 9:45 ! Mikel LORENTE, AutomotiveIntelligenceCenter, Bizkaia Innovation and technology in the automotive industry: challenges and opportunities 10:15 !YvesMEYER, EcoleNormaleSuperieuredeCachan, France The mathematics embarked on the Herschel Mission 10:45 !SebastianSAGER, Universityof Heidelberg, Germany November17th 2011 Challengesinfluid mechanicsandscientific computinginindustry 11:00–Welcomeaddress EnriqueZuazua, Scientific Director of BCAMand IzaskunArtexe, BizkaiaRegional Government PedroLuisArias, President of BCAM, 11:15–JeanClaudeAndré, CERFACS: ! ! High-performance simulations for industrial problems:the viewfrom CERFACS 12:00 –AlejandroMoreno, Baltogar Company: ! ! Someneedsof basqueindustryinthefieldof Computational FluidMechanics. 12:45 – Round Table, Aeroblade, Brunnschweiler, Iberdrola, Airbus-UPM 13:45–Workshopclosure February, 26th 2010 BCAMHeadquarters BizkaiaTechnologyPark, Building500 48160Derio Joint Workshops
  6. 6. Projects and Agreements
  7. 7. Computational Capabilities
  8. 8. A FreeFem++ code to solve the Saint-Venant-Exner equations Simulation of the solid-fluid interaction in a turbofan Numeric simulation of the propagation of the cortical spreading depression in the human brain Computational Capabilities
  9. 9.  Project: Ampacity Calculation Algorithm  Goal: To develop a computational and visualization platform for parameter identification in electrical networks  Interest for industry: Electrical networks, simulations, parameter identification  Interest for BCAM: Electrical networks, modelization, differential equations, visualization, simulations, parameter identification  Talent attraction: Montalban, I. (Arteche funding, BCAM contract up to Sep. 2011, Arteche contract October 2011 up to present) BCAM – Arteche
  10. 10. BCAM – Baltogar  Project: Computational fluids mechanics and applications to turbo-machinery  Goal: To launch a research line in CFD  Interest for industry: To develop a simulation- code for turbo-machinery  Interest for BCAM: CFD, Simulation, Computational Mathematics, PDE  Talent attraction: Montomoli F. & Remaki L.(BCAM contract, BCAM-Baltogar funding)
  11. 11. BCAM – Ingeteam  Project: Energy minimization in railway system  Goal: Characterize optimal speed profile to minimize energy  Interest for industry: Energy represents a large percentage of the running costs in railway systems  Interest for BCAM: Real-life application that poses a scientific challenge  Talent attraction: Larrañaga, M. (BCAM contract, Ingeteam funding)
  12. 12. Observed Predicted BCAM – Polymat  Project: Dynamic modelling of multiphase waterborne systems such as polymer- polymer, polymer-polymer-inorganic hybrids  Goal: Developing novel, computationally feasible, dynamical models for prediction of particle morphologies which could be used to guide the design and synthesis of high performance waterborne polymers  Interest for industry: The synthesis of new materials is time and resources consuming  Interest for BCAM: Scientific challenge and practical importance
  13. 13. BCAM – Fortuna Sport Club  Project: Optimal management of a half- marathon  Goal: Develop mathematical models to optimize the flow of runner  Interest for industry: Obtain simple guidelines to organize the starting line  Interest for BCAM: Develop mathematical models and validate them in a real-life problem  Talent attraction: Anton, U. (BCAM contract, Fortuna funding)
  14. 14. UPV/EHU - Vicinay Cadenas • Departamento de Matemática Aplicada, Estadística e Investigación Operativa • Título: Optimización del proceso de soldadura en la fabricación de cadenas offshore • Investigador principal: Mikel Lezaun • Facultad de Ciencia y Tecnología • Resumen: Vicinay Cadenas S.A es líder mundial en la producción de cadenas de fondeo para la industria del offshore. La soldadura es clave en la fabricación de una cadena. Este proyecto tiene como objetivo conocer de qué manera influyen los parámetros de fabricación de las máquinas de soldadura en la aparición de inhomogeneidades. Se trata de optimizar los procesos de fabricación actuales y adquirir conocimiento que permita a la empresa desarrollar nuevos productos más allá de los diámetros fabricados hasta ahora.
  15. 15. Thank you! Eskerrik asko! ¡Muchas gracias!

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