Edited by: B.H.V. Topping
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| Preliminaries |
| I | INTELLIGENT STRUCTURES |
| 1 |
From Active to Intelligent Structures
I.F.C. Smith |
| II | INFORMATION TECHNOLOGY AND DESIGN |
| 2 |
Design Process Improvement through an IT Supported Design Process
D. Ruikar, W. Tizani and R. Smith |
| 3 |
Knowledge-Based Information Retrieval in Project Extranets
E.T. Santos and L.A. Nascimento |
| III | DESIGN TECHNOLOGIES |
| 4 |
Web-Based Concurrent Conceptual Design
J. Miles, D. Bouchlaghem, C. Anumba, M. Chen, M. Taylor and H. Shang |
| 5 |
A Steel Member Design System using Distributed Multi-Agents and SOAP
N. Yabuki and J. Kotani |
| 6 |
Modelling Design Constraints for an Automated Design Process
R.A. Smith, W. Tizani and D. Ruikar |
| IV | KNOWLEDGE BASED SYSTEMS |
| 7 |
An Industrial Site Selection System: Use of COM in Integrating an Intelligent GIS-AHP Application
N. Eldin, K. Eldrandaly, M. Shouman and G. Nawara |
| 8 |
Expert System for Post-Earthquake Building Damage Evaluation
M.L. Carreño, O.D. Cardona and A.H. Barbat |
| 9 |
Knowledge Based Systems Applications for Dam Engineering, Railway Tunnelling and Structural Design
E.A. Portela, F. Farinha, C.S. Domingues and L.R. Sousa |
| 10 |
Application of Expert Systems in Damage Assessment of Reinforced Concrete Structures
M.H. Fazel Zarandi and J. Sobhani and A.A. Ramezanianpour |
| V | KBS: MODELLING, REPRESENTATION AND PROCESSING |
| 11 |
Managing Risk through Fuzzy Logic
D. Baloi |
| 12 |
The Control of Upgrade Activities for Long Tunnels by an Intelligent System
M. Cristani, G.A. Khoury and C.E. Majorana |
| 13 |
Modelling Expert Decisions for Highway Bridge Maintenance
P. Vagiotas, A.P. Chassiakos and D.D. Theodorakopoulos |
| VI | DATABASE AND INFORMATION SYSTEMS IN CIVIL AND STRUCTURAL ENGINEERING SESSION ORGANISED BY K. ORSBORN |
| 14 |
Distribution and Synchronisation of Engineering Information using Active Database Technology
H. Ma, H. Johansson and K. Orsborn |
| 15 |
Analysis of Missing Data in a Geotechnical Database
I.E.G. Davey-Wilson |
| 16 |
Technology Management on Large Construction Building Projects
D. Hamani, F. Ameziane and S. Lasserre |
| VII | THE EFFECT OF PREMEDITATED DESTRUCTIVE EFFECTS ON THE PERFORMANCE OF CONSTRUCTED FACILITIES SESSION ORGANISED BY F.C. HADIPRIONO |
| 17 |
The Balance of Public Policy and Engineering in Counter-Terrorism
R. Watkins, J.W. Duane, T.I. Stewart, F.C. Hadipriono and J.I. Watkins |
| 18 |
Consequences of Water Treatment Failure due to a Premeditated Destructive Event
C.C. Hinds, J.W. Duane, C.C. Tseng and F.C. Hadipriono |
| 19 |
A Method for Capturing Knowledge of Vulnerability to Destructive Events
J.W. Duane, C.C. Tseng, F.C. Hadipriono, C.C. Hinds, T.I. Stewart and N.S. Al-Kaabi |
| 20 |
Evaluating Perception of Building Safety from Premeditated Destructive Events
C.C. Tseng, J W. Duane, F.C. Hadipriono and N.S. Al-Kaabi |
| 21 |
An Intelligent Advisor for Construction Site Safety Control
N.S. Al-Kaabi, R.E. Larew, F.C. Hadipriono, J.W. Duane and C.C. Tseng |
| 22 |
Crane Failure Analysis using Fault Tree and Fuzzy Logic
C. Wong, F.C. Hadipriono, J.W. Duane, R.E. Larew and D.H. Barker |
| 23 |
Evaluation of Diaphragm Wall Construction using Fuzzy Sets and Fuzzy Logic
Y.B. Ko, F.C. Hadipriono R.E. Larew and J.W. Duane |
| 24 |
Fuzzy Control in a Safety Evaluation for Campus Parking Garages
C.C. Tseng, F.C. Hadipriono and J.W. Duane |
| 25 |
An Evaluation of Slab Connections in a Lift-Slab Method
T.S. Aydin, J.W. Duane and F.C. Hadipriono |
| 26 |
Assessing Multi-Story Building Failure due to Premeditated Destructive Events
A. Eapen, F.C. Hadipriono and J.W. Duane |
| 27 |
Fuzzy Logic Assessment of Slab Failure due to Terrorist Attack
K.M. Ng, F.C. Hadipriono, R.E. Larew and J.W. Duane |
| 28 |
Fuzzy Fault Tree Analysis of Slab Failure from Premeditated Destructive Events
K.M. Ng, J.W. Duane and F.C. Hadipriono |
| VIII | DEVELOPMENTS IN GENETIC ALGORITHM TECHNOLOGY |
| 29 |
Multi-Objective Optimisation with Robustness and Uncertainty
B. Aitbrik, N. Bouhaddi, S. Cogan and S.J. Huang |
| IX | GENETIC ALGORITHMS IN CIVIL ENGINEERING |
| 30 |
Optimal Design of Urban Water Supply Networks using Fuzzy Linguistic Parameters and Genetic Algorithms
L.S. Vamvakeridou - Lyroudia |
| 31 |
A MATLAB-Based Genetic Algorithm Solution to Overall Benefit-Duration Optimization (OBDO)
S.K. Ting and H. Pan |
| 32 |
Bus Route and Schedule Optimisation using a Genetic Algorithm
S.M. NÃ Dhonghaile and E.J. O'Brien |
| X | GENETIC ALGORITHMS IN STRUCTURAL ANALYSIS |
| 33 |
Collapse Load Factor for Rigid-Plastic Analysis of Frames using a Genetic Algorithm
A. Kaveh and K. Khanlari |
| 34 |
Estimation of Microplane Model Parameters using a Parallel Genetic Algorithm
A. Kucerová, M. Leps and J. Nemecek |
| XI | GENETIC ALGORITHMS IN STRUCTURAL ENGINEERING DESIGN |
| 35 |
Application of Genetic Algorithms for the Automated Design of Offshore Riser Systems
N. Cunliffe and T.J. McCarthy |
| 36 |
Determining the Optimal Cross Section of Beams
D.R. Griffiths and J.C. Miles |
| 37 |
Discrete Optimum Design of Geometrically Non-Linear Trusses using Genetic Algorithms
M.N.S. Hadi and K.S. Alvani |
| 38 |
Optimization of Truss Structures using Value Encoding in a Genetic Algorithm
T. Dede, Y. Ayvaz and S. Bekiroglu |
| 39 |
A Procedure for using GAs and the FEM to Minimise the Weight of Composite Structures
M. Walker and R.E. Smith |
| XII | APPLICATION OF GENETIC ALGORITHMS WITH NEURAL NETWORKS TO DESIGN |
| 40 |
Feedback-based Neural Networks in Structural Optimisation of Aerospace Structures
W. Ruijter, R. Spallino, J. Entzinger and J. Hol |
| 41 |
AI Knowledge Model on Comfort and Safety in a Housing Complex
M.E. Haque and V. Karandikar |
| 42 |
Optimum Design of Structures by an Improved Genetic Algorithm using Neural Networks
E. Salajegheh and S. Gholizadeh |
| XIII | NEURAL NETWORKS AND HYBRID SYSTEMS IN CIVIL ENGINEERING SESSION ORGANISED BY P.C.G. DA S. VELLASCO |
| 43 |
Assessment of Test Data Quality Check Tools using Neural Networks
J.P. Lanslots and A. Vecchio |
| 44 |
A Neuro-Fuzzy System for Patch Load Prediction
E.T. Fonseca, P.C.G. da S. Vellasco, M.M.B.R. Vellasco and S.A.L. de Andrade |
| 45 |
Developing Optimal Feed-Forward Neural Networks using a Constructive Dynamic Training Method and Pruning with a Genetic Algorithm
W. Wang, W. Lu, X. Wang and A.Y.T. Leung |
| 46 |
Fuzzy Clustering Techniques to Automatically Assess Stabilization Diagrams
J.P. Lanslots, M. Scionti and A. Vecchio |
| 47 |
Artificial Neural Networks Based Control Method for Wind-Excited Buildings
K.A. Bani-Hani |
| XIV | NEURAL NETWORKS IN CIVIL ENGINEERING |
| 48 |
Estimation of Wave Spectral Shapes using ANNs
R. Naithani and M.C. Deo |
| 49 |
Artificial Neural Networks for Determination of Design Spectra of Iran
M. Tehranizadeh and M. Safi |
| 50 |
Assessment of Chi-Chi Earthquake-Induced Liquefaction: Application of ANN Model
D.-S. Jeng, T.L. Lee and C. Lin |
| 51 |
Artificial Neural Network Modelling of Runoff from Storms in Urban Areas
J. Yang and M. Bruen |
| 52 |
Prediction of Air Pollutant Levels using Support Vector Machines: An Effective Tool
W. Lu, W. Wang, X. Wang and A.Y.T. Leung |
| 53 |
Development of AI Techniques for the Condition Monitoring of Ground Anchorages
A.J. Starkey, A. Ivanovic, R.D. Neilson and A.A. Rodger |
| 54 |
Neural Network Modelling of Single Adhesive Anchors under Tensile Loading
A.F. Ashour and S.S.S. Sakla |
| 55 |
Application of ANN for the Prediction of Properties of High Performance Concrete
M.I. Khan |
| 56 |
Prediction of Phytotoxicity of Metal Uptake in Plants using Artificial Neural Networks
M.A. Gharaibeh and K.A. Bani-Hani |
| 57 |
A Neural Network Approach for Seepage Control in Earth Dams
J. Veiga Carvalho, J.L.C. Gutiérrez and C. Romanel |
| XV | NEURAL NETWORKS IN STRUCTURAL ENGINEERING |
| 58 |
Identification for Critical Flutter Load of a Non-uniform L-shaped Cracked Shaft subjected to a Follower Force (Out-of-Plane Vibration)
I. Takahashi |
| 59 |
Use of Neural Networks and Splines in Design and Assessment of Civil Engineering Structures
L. Schueremans and D. Van Gemert |
| 60 |
Evaluation of the Deflection of Laminated Plates using Artificial Neural Networks
R. Abbasnia and J. Sobhani |
| 61 |
Concrete Strength Prediction with Neural Networks
J. Bai, S. Wild, B.B. Sabir, C.W. Morris and P. Angel |
| 62 |
BP and RBF Neural Networks for Predicting Displacements and the Design of Schwedler Domes
A. Kaveh and M. Raeissi Dehkordi |
| 63 |
Structural Response Extraction from Sound Vibration Measurements using Neural Networks
N. Bourahla, R. Taleb and T. Boukhemacha |
| 64 |
Concrete Shear Capacity of Single Anchors Located Near a Concrete Edge using Neural Networks
A.F. Ashour and M.A. Alqedra |
| 65 |
Timber Structural Design Based on Neural Networks Application and FE 3D Parametric Modelling
A. Bjelanovic and V. Rajcic |
| XVI | CELLULAR AUTOMATA APPLICATIONS IN CIVIL AND STRUCTURAL ENGINEERING |
| 66 |
Traffic Flow Simulation using a Stochastic Velocity Model and Cellular Automata
T. Tamaki, S. Yasue and E. Kita |
| 67 |
Predicting the Behaviour of Laterally Loaded Masonry Wall Panels using Cellular Automata
M.Y. Rafiq, G.C. Zhou, D.J. Easterbrook and G. Bugmann |
| XVII | IMAGE PROCESSING AND PATTERN RECOGNITION |
| 68 |
Rough Sets Based Extraction Method of Characteristics from Bridge Images
M. Hirokane, F. Nishimura, Y. Morikawa and C. Hamaguchi |
| 69 |
Classification of Cracks in Concrete Slabs using Pattern Recognition Methods
Y. Kusunose, M. Hirokane and H. Furuta |