Tuesday, February 28, 2017
  [ login ]


CIMNE, new member of the Spanish Aerospace Platform

On January 2017 CIMNE has become a member of the Spanish Aerospace Platform (PAE, in its Spanish acronym). This association has the mission to serve as an aeronautical and space research advisory body in Spain and to keep the Aerospace Strategic Research Agenda updated. The group leader of the...


2nd Transversal Technologies Day: Aeronautics - Railway

Friday, March 3rd, 2017. Time: 9:30h-12:30h. Free entrance. Place: ACCIÓ - Conference Room. Passeig de Gràcia, 129, 08008, Barcelona (Spain). ABSTRACT The railway cluster Railgrup and CIMNE, with the support of ACCIÓ, organizes this second technical conference ...


CIMNE has been awarded two new projects from the European Commission

CIMNE has been awarded two new projects within the Framework H2020 with a total budget of €1.335.495. The projects are entitled "Engineering, production and life-cycle management for massive application of FIBRE-basedmaterials in large-length SHIPs" (FIBRESHIP) and "Advanced Concepts for Aero-S...


CIMNE will develop two international R&D projects on the effects of the polar thaw in naval engineering

CIMNE has signed recently two new R+D contracts with the Office for Naval Research (ONR) of the USA and the European Research Council to study, through the development of numerical methods, the movement of merchant vessels by polar routes and the effect of the impact of icebergs with oil rigs and to...


CIMNE collaborates in the build of the biggest no manned European vessel drone

Ferri industries with the collaboration of ICT department of CIMNE and Vigo University build the biggest no manned European drone named "Victoria". The vessel is 100% autonomous and managed by Artificial Intelligence. These technologies have unlimited applications and can be applied to any kind of ...


PARACHUTES, computer program for the fast simulation of parachute-payload system

PARACHUTES is a computer program for the fast simulation of parachute-payload systems developed by CIMNE. The solution methodology focuses mainly on gliding PARACHUTES and is designed to produce aerodynamic, structural and trajectory data with minimal computational requirements. This makes PARACHUTE...

1 - 6 [10]