Andreu Ulied & Xavier Font Complexity & Strategic Design Xavier Font, Civil Engineer CEng MICE, project designer Andreu Ulied, Dr. Eng. MDesS HGSD, plan.

Slides:



Advertisements
Similar presentations
Previous Conclusions Concrete will continue to be a dominant construction material Reinforced concrete must crack in order for reinforcing to work lower.
Advertisements

Imperial College London Assessment of Building Structures under Extreme Loading Bassam A. Izzuddin Department of Civil & Environmental Engineering.
Codes and Standards Future Work
Structural scales and types of analysis in composite materials
Materials Used in Civil Engineering.
R1.3 RESP1.3 RESPONSE OF CIVIL ENGIONEEONSE OF CIVIL ENGINEERING PROJECT 1.3 RESPONSE OF CIVIL ENGINEERING PROJECT 1.3 RESPONSE OF CIVIL ENGINEERING PROJECT.
Actions and Retrofit of Post Earthquake-Damaged Bridges
Civil Engineering Materials
TOPIC 1.3 RESPONSE OF CIVIL ENGINEERING PROJECT
Nonlinear Analysis of Reinforced Concrete Xuehui AN.
Lecture 2 SANDWICH COMPOSITES
Nottingham Centre for Infrastructure Bridge Engineering Research Dr John S Owen.
2E4: SOLIDS & STRUCTURES Lecture 16 Dr. Bidisha Ghosh Notes: lids & Structures.
Riverbank protection via highstrength R/C structures A. Catarig,L. Kopenetz, P. Alexa, Aliz Mathe Faculty of Civil Engineering Technical University of.
Bridge-related research at the University of Bristol John H.G. Macdonald.
University of Minho School of Engineering ISISE, Departament of Civil Engineering Uma Escola a Reinventar o Futuro – Semana da Escola de Engenharia - 24.
CE 579: STRUCTRAL STABILITY AND DESIGN
PROJECTS WITH POTENTIAL FUNDING
Materials Science in Civil Engineering CE 336 Introduction to Construction Materials.
FRP Reinforcement of Concrete
CHAPER THREE COMPOSITES MATERIALS REINFORCED POLYMER Introduction The major problem in the application of polymers in engineering is their low stiffness.
Fiber-Reinforced Polymer (FRP)
Strength When designing structures such as bridges, engineers carefully choose the materials by anticipating the forces the materials (the structural components)
Introduction to Columns
Oasys Concrete Analysis & Design
Theories of lateral earth pressure will be used in this chapter to design various types of retaining walls. In general, retaining walls can be divided.
ITW Structural and Strength of Materials Teaching Laboratory Civil & Materials Engineering UIC November 2009.
Fatigue in Concrete Structures Raquib Ahsan, Ph.D. Professor Department of Civil Engineering BUET.
Structural Engineering
FEASIBILITY STUDY OF HYBRID WOOD STEEL STRUCTURES
Department of STRUCTURAL ENGINEERING
Loads on Structures – Part 1.  Dead loads  Live loads  Dynamic loads  Environmental loads  Other loads.
1. Course Civil Engineering Materials Credit hours (3+1) 3 = 3 hours per week lecture 1= 3 hours per week lab Course Instructor Instructor Dr Atta Ullah.
BTEC First Engineering Unit 1: The Engineered World Composite materials © Pearson Education Ltd Copying permitted for purchasing institution only.
Engineering Materials Dr. Berlanty Iskander. Types of Materials.
GTSTRUDL GTSTRUDL Buckling and Nonlinear Analysis Examples Dr. Kenneth M.(Mac) Will GTSUG 2011 June 2011 Delray Beach, Florida.
1 Class #2.1 Civil Engineering Materials – CIVE 2110 Strength of Materials Mechanical Properties of Ductile Materials Fall 2010 Dr. Gupta Dr. Pickett.
Osborn Engineering MedMart Project Convention Center Foundation Analysis March 5, 2009.
Mechanical Engineering Department Advanced Composites Dr. Talal Mandourah 1 Lecture 2 ADVANCED COMPOSITES Fabrication Technology  Autoclave Molding 
THE VACUUM BOX FOR COMPASS CRYOSTAT MUNICH 23/10/2007 G. GIRAUDO I.N.F.N. TORINO 1.MECHANICS – OVERWIEV 2.WINDOWS 3.INTEGRATION WITH HODOSCOPE.
CONSTRUCTION MATERIALS
Mechanics of Materials(ME-294) Mechanics is the branch of physics that is concerned with the analysis of the action of forces on matter or material systems.
STRUCTURAL MECHANICS. MECHANICS  Mechanics is the branch of science concerned with the behavior of physical bodies when subjected to forces or displacements,
Strength of Material-1 Introduction. Dr. Attaullah Shah.
Composites Learning Intention: Show an understanding of the term composite Be aware of practical applications of some composites.
Base Isolation Strategies
Materials Science in Civil Engineering CE 336 Introduction to Construction Materials.
University of Stuttgart Institute of Construction Materials (IWB) 1/21 Treatment of Headed Rebars fib Task Group 4.5 „Bond Models“ – 8 th Meeting, November.
Lecture 2 Structural System Overview CVEN Structural Concrete Design January 15, 2003.
Design Process 1.Selection of the type of structural form to be used and the material out of which the structure is to be made. 2.Determination of the.
FIBRE REINFORCED POLYMER - NEW AGE CONSTRUCTION MATERIALS
Unit 29 – Construction in Civil Engineering
Structural Loads.
GLE/CEE 330: Soil Mechanics Introduction to Foundation Engineering
National Assembly of Wales ARCHITECT: Richard Rogers and Partners INAGURAL: 2 August 2006 LOCATION: Cardiff Bay Wales, London USE: Assembly Building of.
Date of download: 7/8/2016 Copyright © ASME. All rights reserved. From: Delamination Detection-Oriented Finite Element Model for a Fiber Reinforced Polymer.
FIBRE REINFORCED POLYMER - NEW AGE CONSTRUCTION MATERIALS PRESENTED BY UNDER THE GUIDENCE OF ARIF M. HIREHAL Dr. SATISH A. ANNIGERI.
2.1 INTRODUCTION TO ANALYSIS AND DESIGN
2 Master of the Department of Civil Engineering, NTUT, Taipei, Taiwan.
STRUCTURAL ENGINEERING Session 04
ASSESSEMENT AND REHABILITATION OF STRUCTURES
ASSESSEMENT AND REHABILITATION OF STRUCTURES
Stainless Steel Water Well Casing.
CE : Structural fire Engineering
Progressive Collapse Resistant Design of Structures
Summary of Modeling and Simulation Capabilities
CE 1001 Introduction to Civil Engineering
Materials Innovation Hub Challenge Martin Richardson
STEEL PLATES.
Civil engineering drawing
Presentation transcript:

Andreu Ulied & Xavier Font Complexity & Strategic Design Xavier Font, Civil Engineer CEng MICE, project designer Andreu Ulied, Dr. Eng. MDesS HGSD, plan designer

Andreu Ulied & Xavier Font 5 Sessions x 4 hours on Complexity & Strategic Design 1: Key concepts 2/3: Project design view ( Xavier Font ) 3/4: Planning design view ( Andreu Ulied )

Andreu Ulied & Xavier Font STRUCTURAL MATERIALS TRADITIONAL Stone Timber Dried Clay CONVENTIONAL Carbon steel Stainless steel Concrete Aluminium Glass NOT CONVENTIONAL Fibre Reinforced Polymer (FRP) Carbon Reinforce Polymer (CRP) Kevlar FUTURE Carbon nanotubes Machu Pichu. Perú

Andreu Ulied & Xavier Font STRUCTURAL MATERIALS TRADITIONAL Stone Timber Dried Clay CONVENTIONAL Carbon steel Stainless steel Concrete Aluminium Glass NOT CONVENTIONAL Fibre Reinforced Polymer (FRP) Carbon Reinforce Polymer (CRP) Kevlar FUTURE Carbon nanotubes

Andreu Ulied & Xavier Font STRUCTURAL MATERIALS TRADITIONAL Stone Timber Dried Clay CONVENTIONAL Carbon steel Stainless steel Concrete Aluminium Glass NOT CONVENTIONAL Fibre Reinforced Polymer (FRP) Carbon Reinforce Polymer (CRP) Kevlar FUTURE Carbon nanotubes Great Mosque of Djenné. Mali

Andreu Ulied & Xavier Font STRUCTURAL MATERIALS TRADITIONAL Stone Timber Dried Clay CONVENTIONAL Carbon steel Stainless steel Concrete Aluminium Glass NOT CONVENTIONAL Fibre Reinforced Polymer (FRP) Carbon Reinforce Polymer (CRP) Kevlar FUTURE Carbon nanotubes Fith of Forth. Scotland

Andreu Ulied & Xavier Font STRUCTURAL MATERIALS TRADITIONAL Stone Timber Dried Clay CONVENTIONAL Carbon steel Stainless steel Concrete Aluminium Glass NOT CONVENTIONAL Fibre Reinforced Polymer (FRP) Carbon Reinforce Polymer (CRP) Kevlar FUTURE Carbon nanotubes Abandoibarra Footbridge. Bilbao. Spain

Andreu Ulied & Xavier Font STRUCTURAL MATERIALS TRADITIONAL Stone Timber Dried Clay CONVENTIONAL Carbon steel Stainless steel Concrete Aluminium Glass NOT CONVENTIONAL Fibre Reinforced Polymer (FRP) Carbon Reinforce Polymer (CRP) Kevlar FUTURE Carbon nanotubes Hoover Dam. EEUU

Andreu Ulied & Xavier Font STRUCTURAL MATERIALS TRADITIONAL Stone Timber Dried Clay CONVENTIONAL Carbon steel Stainless steel Concrete Aluminium Glass NOT CONVENTIONAL Fibre Reinforced Polymer (FRP) Carbon Reinforce Polymer (CRP) Kevlar FUTURE Carbon nanotubes Munich Airport. Germany. Bernhard Franken

Andreu Ulied & Xavier Font STRUCTURAL MATERIALS TRADITIONAL Stone Timber Dried Clay CONVENTIONAL Carbon steel Stainless steel Concrete Aluminium Glass NOT CONVENTIONAL Fibre Reinforced Polymer (FRP) Carbon Reinforce Polymer (CRP) Kevlar FUTURE Carbon nanotubes Apple Showroom. London

Andreu Ulied & Xavier Font STRUCTURAL MATERIALS TRADITIONAL Stone Timber Dried Clay CONVENTIONAL Carbon steel Stainless steel Concrete Aluminium Glass NOT CONVENTIONAL Fibre Reinforced Polymer (FRP) Carbon Reinforce Polymer (CRP) Kevlar FUTURE Carbon nanotubes Aberfeldy Footbridge. UK

Andreu Ulied & Xavier Font STRUCTURAL MATERIALS TRADITIONAL Stone Timber Dried Clay CONVENTIONAL Carbon steel Stainless steel Concrete Aluminium Glass NOT CONVENTIONAL Fibre Reinforced Polymer (FRP) Carbon Reinforce Polymer (CRP) Kevlar FUTURE Carbon nanotubes

Andreu Ulied & Xavier Font STRUCTURAL MATERIALS TRADITIONAL Stone Timber Dried Clay CONVENTIONAL Carbon steel Stainless steel Concrete Aluminium Glass NOT CONVENTIONAL Fibre Reinforced Polymer (FRP) Carbon Reinforce Polymer (CRP) Kevlar FUTURE Carbon nanotubes

Andreu Ulied & Xavier Font STRUCTURAL MATERIALS TRADITIONAL Stone Timber Dried Clay CONVENTIONAL Carbon steel Stainless steel Concrete Aluminium Glass NOT CONVENTIONAL Fibre Reinforced Polymer (FRP) Carbon Reinforce Polymer (CRP) Kevlar FUTURE Carbon nanotubes (space elevators)

Andreu Ulied & Xavier Font MATERIAL NON-LINEARITY

Andreu Ulied & Xavier Font MATERIAL NON-LINEARITY

Andreu Ulied & Xavier Font GEOMETRICAL NON-LINEARITY

Andreu Ulied & Xavier Font LOAD CASES LONG TERM LOADS / SHORT TERM LOADS Gravity Imposed displacements (differential settlement) Thermal loads Wind loads Dynamic loads (pedestrian induced, vibrations, wind...) Impact (Dynamic amplification) Fire Earthquakes

Andreu Ulied & Xavier Font FAILURE MECHANISMS Instability Deformation Vibration Limit Strength Buckling (bars, plates) Fatigue

Andreu Ulied & Xavier Font FAILURE MECHANISMS Instability Deformation Vibration Limit Strength Buckling (bars, plates) Fatigue

Andreu Ulied & Xavier Font FAILURE MECHANISMS Instability Deformation Vibration Limit Strength Buckling (bars, plates) Fatigue

Andreu Ulied & Xavier Font FAILURE MECHANISMS Instability Deformation Vibration Limit Strength Buckling (bars, plates) Fatigue

Andreu Ulied & Xavier Font FAILURE MECHANISMS Instability Deformation Vibration Limit Strength Buckling (bars, plates) Fatigue

Andreu Ulied & Xavier Font FAILURE MECHANISMS Instability Deformation Vibration Limit Strength Buckling (bars, plates) Fatigue

Andreu Ulied & Xavier Font FAILURE MECHANISMS Instability Deformation Vibration Limit Strength Buckling (bars, plates) Fatigue

Andreu Ulied & Xavier Font FAILURE MECHANISMS Instability Deformation Vibration Limit Strength Buckling (bars, plates) Fatigue

Andreu Ulied & Xavier Font MOTION ?

Feedback: Privacy Policy Feedback
Do Not Sell My Personal Information
About project: SlidePlayer Terms of Service

© 2025 SlidePlayer.com. Inc. All rights reserved.