Información General

• Autores: Jorge Arturo Capote Abreu (ed. lit.), Daniel Alvear Portilla (comp.), Mariano Lázaro Urrutia (comp.), P. Espina (comp.)
• Editores: Universidad de Cantabria
• Año de publicación: 2007
• País: España
• Idioma: inglés
• ISBN: 978-84-8102-468-5
• Texto completo no disponible (Saber más ...)

Otros catálogos

• Red de Bibliotecas Universitarias (REBIUN)

Listado de artículos

• • Challenges in CFD Modeling of Large-Scale Pool Fires

    Arnaud Trouvé

    págs. 1-14

    

  • On the Design Fire for non-Conventional Structures

    G. Rein, José Luis Torero, B. Lane

    págs. 15-28

    

  • Why FDS is not ready for Specific Design Fire Predictions

    C.M. Fleischmann

    págs. 29-39

    

  • Modeling and Simulation of the Melting of Polymers under Fire Condictions Using the Particle Finite Element Method

    R. Rossi, K. Butler, Eugenio Oñate, S. Idelsohn

    págs. 41-51

    

  • Validation Studies of the FDS Smoke Detection Prediction Methodology

    Frederick W. Mowrer

    págs. 53-64

    

  • Round-Robin Study of Fire Modeling Blind-Predictions using the Dalmarnock Fire Experiment

    G. Rein, C.A. Empis, A Amundarain, H. Biteau, A. Cowlard, A. Chan, W. John, A. Jowsey, P. Reszka, T. Steinhaus, R.O. Carvel, S. Welch, José Luis Torero, J. Stern Gottfried, B. Hume, A. Coles, Mariano Lázaro Urrutia, Daniel Alvear Portilla, Jorge Arturo Capote Abreu, S. Desanghere, D. Joyeux, N. L. Ryder, C. Schemel, F. Mowrer

    págs. 65-81

    

  • External wind influence on a fully developed indoor fire

    N.P. Magalhaes, N.P..C. Marques, J.C.F. Pereira

    págs. 83-94

    

  • Case Study: Parameters influencing the Flame & Plume Temperatures in FDS

    J. Schulz

    págs. 95-118

    

  • Influence of Turbulence Model and Grid Size of the Spatial Discretization in the Accuracy of Results of Fire Computer Models

    Jorge Arturo Capote Abreu, Orlando Víctor Abreu Menéndez, Daniel Alvear Portilla, Mariano Lázaro Urrutia, P. Espina

    págs. 119-138

    

  • Storyboard and simulations of a fire in an apartment building

    Eddy Petro, Marcelo Reggio

    págs. 139-145

    

  • Analysis of the smoke management approaches in large atriums using fire computer modelling

    Jorge Arturo Capote Abreu, Daniel Alvear Portilla, Orlando Víctor Abreu Menéndez, Mariano Lázaro Urrutia, P. Espina

    págs. 147-167

    

  • A Posteriori Modelling of the Dalmarnock Fire Test

    W. Jahn, D. Snorrason, C. Abecassis, G. Rein, S. Welch, J. Torero

    págs. 169-200

    

  • Numerical One-Dimensional Simulations using an Enthalpy Based Model for Pyrolysis of Charring Materials

    S.R. Wasan, P. Rauwoens, B. Merci, Jan Vierendeels

    págs. 201-212

    

  • Model-based analysis of a concrete building subjected to fire

    I. Fletcher, S. Welch, Jorge Arturo Capote Abreu, Daniel Alvear Portilla, Mariano Lázaro Urrutia

    págs. 213-226

    

  • Calculation of Concrete Temperature History Key to Quantification of Residual Safety of Structural Members after Fire

    Dimitros Toris, W.F.W. Klingsch

    págs. 227-232

    

  • Modelo de Comportamiento del Contacto entre el Hormigón y el Acero a Altas Temperaturas en Vigas Metálicas Parcialmente Embebidas

    Ana Belén Ramos Gavilán, Paulo A.G. Piloto, L.M.R. Mesquita

    págs. 233-247

    

  • Application of a Generalised Engineering Methodology for Thermal Analysis of Structural Members in Fire

    H. Liang, S. Welch

    págs. 249-260

    

  • Product modeling, part of the fire safety concept in the future for metal structures?

    Markku Heinisuo, Mauri Laasonen

    págs. 261-271

    

  • Fire Modelling in an Underground Station of a Modern Metro System

    A. Raffetty, B. Faragona, L. Caddeo

    págs. 273-282

    

  • An Experimental Study of Intumescent Fire Protection Coatings

    L.M.R. Mesquita, Paulo A.G. Piloto, Mario A.P. Vaz

    págs. 283-294

    

  • Fire in a Sunroom

    Paul A. Tekorius

    págs. 295-317

    

  • Failure Analysi of the World Trade Center 5 Building

    Kevin J. LaMalva, Jonathan Barnett

    págs. 319-328