Safir - modelling software for construction under fire.pdf

March 26, 2018 | Author: Ridho Anggoro | Category: Finite Element Method, Software, Applied And Interdisciplinary Physics, Technology, Computing


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Description

SAFIR – modelling so1ware for construc9ons under fire SAFIR is a computer so2ware for the simula7on of the behavior of building structures subjected  to fire, used by companies and universi7es all over the world.  Available under commercia and academic license.  Description Safir is a computer software for the simulation of the behaviour of building structures subjected to fire. The fire is introduced as a date (in term of a curve giving either the evolution of the gas temperature in the fire compartment or the evolution of the net flux on the surface of the structure) and the Software calculates the evolution of the temperature in the structural elements which can be discretized in 2D or 3D. The structure is then discretized by means of truss, beam or shell finite elements and the evolution of the structure’s displacements, stresses and strains. For the mechanical analyses based on 3D beam finite elements, the software can calculate the elastic torsional stiffness of the section. Advantages SAFIR has been developed from the beginning as a tool for modeling the behavior of structures subjected to the fire. The link between the thermal analysis and the structural analysis is thus quite straightforward. It is founded on high performance finite elements, yet it runs on quite ordinary Windows based PC. Its utilization is not complex, provided that the user has a good knowledge of non linear modeling. Training sessions can be organised at a reasonable prize (500 euros per day). Potential Applications Dozen of users among the world, Entreprises and Universities, have already made the choice of SAFIR, for the modelling of buildings under fire. . Development stage Stage of development: commercial software used in lab and industry. SAFIR – modelling so1ware for construc9ons under fire  Research Team • Jean-Marc FRANSSEN, professor at the university of Liege, main developper • Thomas GERNAY, research fellow of the N.F.R.S.,concrete models • Christophe PEIGNEUX, assistant, steel elements • Alain Espinosa, research engineer, user’s support Patent Status License agreement Commercial license : 5000€ Academic license : 1000€ Note that members of the "Secure with Steel" network beneficiate of a special price for the commercial license Contact Jérémie Fays [email protected] Tél. : +32 4 349 85 21 ITF File N°: 2005-030 Gesval S.A. Technology transfer company affiliated to University of Liège LIEGE Science Park, Avenue Pré-Aily,4 B-4031 Angleur Tel +32 4 349 85 30 - Fax +32 4 349 85 20 [email protected] - BE 0445.067.177 SAFIR – modelling so1ware for construc9ons under fire    I am interested in learning more about the general aspects of this technology. Please contact me. The best time to reach me is:______________________________   I would like an electronic version of this technology.   I would like to learn more about the specifics of this technology and would be wiling to complete a Confidential Disclosure Form in order to discuss it further.   I am not interested in this technology because: __________________ _________________________________________________________ _________________________________________________________   I am not interested in this technology but would be interested in learning more about (please specify): ___________________________________ __________________________________________________________ Name: ________________________________________________________ Title: _________________________________________________________ Company: _____________________________________________________ Address: ______________________________________________________ ______________________________________________________________ Phone: _______________________ Fax: _________________________ E-mail: ________________________________________________________ Please send it back to : Jérémie Fays [email protected] - Fax : + 32 4 349 85 20
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