| Table of Contents | |
| Preface | XI |
| Organisation | XIII |
| 1 Product modelling | |
| Towards integrated construction technical documents - A new approach through
product modelling A. Mokhtar & C. BedardPreface |
3 |
| Managing design data: Including CAD in integrated environments T. Liebich |
11 |
| Modelling of generic document structures and the development of an integrated
document data environment S. G. Armstrong & S. R. Lockley |
19 |
| Modeling and integrating design data from experts in a CAAD-environment P. G. Lockemann, J. Mülle, R. Sturm & V. Hovestadt |
29 |
| Building product model for life cycle applications N. Kohler & J. R. Bedell |
35 |
| Product modelling in CAD system for reinforcement design D. Žlajpah, A. Knific, V. Ljubic & J. Duhovnik |
59 |
| Static models and dynamic designs - An empirical impasse vs an inductive
solution M. Ramscar |
69 |
| Meta-model for buildings P. Richter & G. Richter |
77 |
| Representation of product data models that evolve during the design process H. Werner & W. Kowalczyk |
83 |
| Concurrent knowledge based engineering: Strategic issues in product modelling
for the construction industry S. N. Papantonopoulos, R. P. G. Barlow & G. N. Fisher |
91 |
| Context-oriented modeling of Eurocodes E. Condamin, R. J. Scherer, J. H. Garrett Jr & H. Kiliccote |
95 |
| Integration of models: From experience of GSD group to the definition
of French reference models B. Ferries, J. P. Bedrune, A. M. Dubois & J. C. Mangin |
103 |
| Product modelling for application R. Junge, T. Liebich & E. Ammermann |
111 |
| Mappings: The glue in an integrated system R. W. Amor & J. Hosking |
117 |
| Operation mapping or how to get the right data? A. Bijnen |
125 |
| Modeling civil engineering constraints with inter-object relationships A. Bergmann, T. Bode, A. B. Cremers & W. Reddig |
131 |
| A view-dependent model for acoustics in building design with a communication
purpose J. -L. Monceyron, P. Poyet & J. Beaumont |
139 |
| Hierarchical aggregation form of steel skeleton M. Heinisuo & J. Hyvärinen |
147 |
| Hierarchical aggregation form of steel skeleton M. Heinisuo & J. Hyvärinen |
147 |
| Feature based product model for steel structures H-W. Haller & H. Saal |
155 |
| Product modelling in steel construction M. Huhn |
163 |
| Data exchange of 3D building models based on STEP W. R. Haas |
167 |
| Relationship modelling in design of diesel power plants P. Paasiala, A. Aatronen, K. Tanskanen & A. Riitahuhta |
173 |
| How can specifications be handled as entities and objects by computer? P. Toms |
181 |
| 2 Design process modelling | |
| Resolving conflicts as knowledge evolves I. F. C. Smith |
191 |
| Multi agent driven cooperative product development H. Grabowski & P. Schreiner |
199 |
| Using self-organising objects for design M . Hauser & R. J. Scherer |
207 |
| Site influence and rules for steel structures optimal design M. Sellami, A. F. Cutting & Decelle & J. C. Mangin |
213 |
| Fundamentals of optimal computer projecting of construction foundations
V. P. Dyba, S. 1. Evtushenko, V. V. Shmatkov & A. Y. Murzenko |
219 |
| Product and process modelling of production and assembling of reinforcement
R. Dolinšek & J. Duhovnik |
225 |
| Simulation of the communication process B. de Vries & L. J. Somers |
233 |
| The need and requirements for project performance models L. F. Alarcón C. & D. B. Ashley |
237 |
| Modelling project team strategies in construction projects L. F. Alarcón C. & D. B. Ashley |
245 |
| Activity models of the architectural design: Application to concurrent
multi-engineering L. Adolphe |
253 |
| A prototype tool to schedule and simulate the house refurbishment process
C. Glardon, N. Kohler & Th. M. Liebling |
257 |
| Document centered approach to design process modeling Ž. Turk |
265 |
| Integration of project management system and object-oriented product model
D. S. Tzanev |
273 |
| 3 Automation in construction and facility management | |
| Minimal procurable units as objects in construction process modelling
J. Bröchner |
281 |
| Capturing semantic data in CAD for construction project planning J. H. M. Tah, R. Howes & P. Iosifidis |
287 |
| A conceptual model of construction scheduling activity based on the application
protocol format Q. Zhong, K. W. Tham & K. S. Mathur |
295 |
| A run time generation of construction plans: Integrating construction
information model with building model M. Alshawi & Z. Hassan |
303 |
| Development of a defect prediction prototype expert system for the housing
industry Z. Ahmed |
309 |
| Conformity control of building materials based on realistic stochastic
models L. R. Taerwe |
317 |
| Field support using mobile computing N. Diehl |
325 |
| An automated meta-database system and its application in construction
management Li-Guo Wang & A. K. Munns |
333 |
| The application of an automated meta-network system in construction management
Li-Guo Wang & A. K. Munns |
341 |
| Evaluation of three different methods concerning the crane coverage problem
K. Lennerts, F. Gehbauer & L. Petersson |
349 |
| Sustainable information systems for project management C. E. V. Thomas, S. P. R. Vincent & T. C. Cornick |
357 |
| STEP conforming integrated facility management F. Cheng, P. Patel, F. Evans, S. Bancroft & E. Robbens |
365 |
| Object Manager- A CAE-tool for buildings in operation U. Rappel, U. Meaner & G. Nitsche |
371 |
| Software analysis of a flexible object-oriented facility management system
J. N. W. Bos |
379 |
| System analysis and design of a building product model for the total building
management K. Menzel |
387 |
| 4 Integrated environments | |
| Modelling requirements for integrated building design systems M. Sun & S. R. Lockley |
395 |
| STEP-based information systems in integrated environments - A case study
S. Schwarz |
403 |
| Integrated predictive modelling - Strategic research programme of building
research establishment D. P. Bloomfield, F. Parand & F. Cheng |
407 |
| RETEx - A design environment to support integral design C. Hertkorn & S. Heitz |
413 |
| The MARITIME AP Factory: A modelling environment for application protocols
W. de Bruijn, J. Hoyte & C. Onneken |
419 |
| Product and process modelling in the OPTIMA project F. Schmidt & H. Bach |
427 |
| Object-oriented data model in project OPTIMA C. Volle & R. Rühle |
435 |
| Simulation-design - Operation of building HVAC-systems G. Knabe & A. Rathey |
441 |
| Building management data acquisition using a product model based design
process M. Hinkelmann, M. Kopf & M. Madjidi |
449 |
| Broadband integrated communications for construction A. Thorpe, A. Baldwin, C. Carter, D. Leevers & D. Madigan |
457 |
| 5 European projects | |
| The EU project ATLAS | |
| ATLAS implementation scenario R. Greening & M. Edwards |
467 |
| The ATLAS models F. Tolman & P. Poyet |
473 |
| ATLAS integration tools P. Poyet |
479 |
| The EU project CIMSTEEL | |
| CIMSTEEL integration standards A. Watson & A. Crowley |
491 |
| CIMSTEEL prototypes: 1 and 2 C. Fimbel |
495 |
| CIMSTEEL prototype: 3 A. Watson & G. Knowles |
497 |
| The EU project COMBI | |
| EU-project COMBI - Objectives and overview R. J. Scherer |
503 |
| COMBI: Integrated product model P. Katranuschkov |
511 |
| COMBI: Knowledge-based tool for preliminary structural design M. Hauser & D. Sandner |
521 |
| EP4·4 COMBI: KB-tool for foundation design M. Mangini, G. Varosio & E. Parker |
529 |
| Project COMBI: Integrated structural analysis B. Protopsaltis |
537 |
| The EU project COMBINE | |
| An overview of the COMBINE project G. Augenbroe |
547 |
| Conceptual modelling approaches in the COMBINE project A. M. Dubois, J. Flynn, M. H. G. Verhoef & G. L. M. Augenbroe |
555 |
| The COMBINE Data Exchange System SR. Lockley W. Th. Rombouts & W. Plokker |
567 |
| COMBINE follow-ups G. Augenbroe |
577 |
| The EU project ROCCO | |
| ROCCO - Robot assembly system for computer integrated construction, an
overview F. Gebhart & T. Bock |
583 |
| A semi-autonomous vehicle for a mobile robot (ROCCO) Th. Bock & H. F. Steffani |
591 |
| A fault tolerant assembly tool for the masonry robot system ROCCO J. Andres |
599 |
| Author index | 605 |
|
WebAdmin, Nov'01 |