Finite Element Analysis for Building Assessment Advanced Use and Practical Recommendations

This presents the Finite Element Method, outlining nonlinearities in computational terms. It advises the material properties to be adopted in the analyses, and is illustrated with cases studies of existing buildings. For students with a background in structural engineering, and professionals.

A propos de l'auteur

Paulo B. Lourenço is Professor at University of Minho, Portugal. He is Head of the Institute in Sustainability and Innovation in Structural Engineering, and an expert in structural conservation and forensic engineering.
Dr. Angelo Gaetani is a professional structural engineer and consultant in Rome, Italy, who leads structural restoration and seismic retrofit projects. He was a postdoctoral research fellow until 2020 at University of Minho, Portugal.

Résumé

This presents the Finite Element Method, outlining nonlinearities in computational terms. It advises the material properties to be adopted in the analyses, and is illustrated with cases studies of existing buildings. For students with a background in structural engineering, and professionals.

Détails du produit

• Auteurs: Paulo B. Lourenco, Angelo Gaetani, Paulo B. (University of Minho Lourenco, Angelo (Sapienza University of Rome Gaetani, Paulo B. Gaetani Lourenco, Paulo B. Lourenço
• Edition: Taylor & Francis Ltd.
• Contenu: Livre
• Forme du produit: Livre Relié
• Date de parution: 30.04.2022
• Catégorie: Sciences humaines, art, musique > Art > Architecture; Sciences naturelles, médecine, it, technique > Biologie > Ecologie
• EAN: 9780367357672
• ISBN: 978-0-367-35767-2
• Nombre de pages: 404
• Thème: Assessment, Repair and Strengthening for the Conservation of Structures
• Catégories: Architectural structure & design, ARCHITECTURE / Methods & Materials, TECHNOLOGY & ENGINEERING / Civil / General, TECHNOLOGY & ENGINEERING / Construction / General, Civil engineering, surveying & building, Conservation of buildings & building materials, Building construction & materials, Conservation of buildings and building materials, Civil engineering, surveying and building, Materials in architecture, Material Characterisation, nonlinear mechanics, seismic vulnerability assessment, quasi-brittle materials, heritage structure analysis, continuum modelling, Principal Stresses, Deformed Configuration, advanced structural simulation, nonlinear masonry modelling for engineers, Fracture energy, Yield Surface, Tension Stiffening, Van Der Pluijm, Load Step, Euler Forward Method, Arc Length Control, Smeared Crack Models, Tensile Bond Strength, Elastic Domain, Unit Mortar Interface, Deviatoric Plane, Stress Singularities, In-plane Domain, Mesh Refinement, Total Strain Crack Model, Stress Strain Diagram, Bed Joints, Von Mises Yield Function, Confining Stress, Load Multiplier, Yield Function