Conference
Proceedings of Building Simulation 1993: 3rd Conference of IBPSA
BS 1993 Adelaide, Australia August 16-18, 1993
List of topics
- Air Flow Modelling
- Building Design
- Building Simulation in Practice
- Case Studies
- Controls and Equipment
- Education
- General Validation
- Heat and Mass Transfer
- Lighting
- Mathematical Methods
- Multi-Discipline, Integrated Tools
- Object-Orientated Environments
- Object.Orientated Environments
- Policy, Standards, Regulations
- Simplified Models
- Simulation Environments
- Structures and Construction
- User Interfaces
- User Needs & Experiences
- Validation Case Studies
- Weather
Air Flow Modelling
| THE THEORY OF PLUMES ADAPTED TO MODEL AIR MOVEMENT IN NATURALLY VENTILATED BUILDINGS |  |
| P. Cooper | |
| MULTI-GRID PREDICTION OF CONJUGATE HEAT TRANSFER AND AIR FLOW I N BUILDINGS | |
| Yuguo Li, Sture Holmberg, Laszio Fuchs | |
| THERMAL AND CFD MODELLING VS WIND TUNNEL IN NATURAL VENTILATION STUDIES | |
| S. Stankovic, A. Setrakian | |
| MODELLING AIR FLOWS AND BUILDINGS WITH NMF AND IDA | |
| Axel Bring, Per Sahlin | |
| APPLICATION OF THE SPARK ENVIRONMENT TO 3D AIR FLOW PROBLEMS | |
| Jean Michel Nataf, Etienne Wurtz | |
| AIR AND HEAT FLOW THROUGH LARGE VERTICAL OPENINGS | |
| J. L. M. Hensen, J. van der Maas, A. Roos | |
Building Design
| DESIGN AND EVALUATION IN THE EARLY PHASES OF THE DESIGN PROCESS: SOME PROBLEMS AND A SOLUTION | |
| K. J. Veldhuisen, E.J. H. Hacfoort | |
| SIMULATION.BASED PERFORMANCE EVALUATION AS A DESIGN DECISION SUPPORT STRATEGY: EXPERIENCES WITH THE “INTELLIGENT WORKPLACE” | |
| Ardeshir Mahdavi, Volker Hartkopf, Vivian Loftness, Khee Poh Lam | |
| DYNAMIC SIMULATION SOFTWARE AS A GRAPHIC TOOL FOR ENERGY EFFICIENT BUILDING DESIGN | |
| Larry O. Degelman, Tao-Kuang Huang | |
| DESIGN DATA ACQUISITION FOR BUILDING SIMULATION | |
| John Palmer, Marci Webster – Mannison | |
Building Simulation in Practice
| COMPUTER SIMULATION OF ENERGY PERFORMANCE OF COMMERCIAL BUILDINGS IN HONG KONG | |
| Joseph C. Lam, Sam C. M. Hui | |
| EVALUATION OF THE THERMAL PERFORMANCE OF LOW.COST TROPICAL HOUSING | |
| P.J. Jones, D. K. Alexander, A. M. Rahman | |
| COMMERCIAL BUILDING PERFORMANCE EVALUATION SYSTEM | |
| Donald J. Frey, Peter C. Jacobs, Karl F. Johnson | |
Case Studies
| THE APPLICATION OF RADIANCE TO DAYLIGHTING SIMULATION | |
| Karl Frost, Mike Donn, Robert Amor | |
| MULTIPLE MODEL SOFTWARE FOR AIRFLOW AND THERMAL BUILDING SIMULATION. A CASE STUDY UNDER TROPICAL HUMID CLIMATE IN RÉUNION ISLAND | |
| H. Boyer, J. Brau, J. C. Gatina | |
| BUILDING SIMULATION IN PRACTICE: THE PORTUGUESE EXPERIENCE | |
| Helder Gonçalves | |
Controls and Equipment
Education
| THE USE OF HYPERCARD AS A MEDIUM FOR COMMUNICATING INFORMATION TO DESIGN PROFESSIONALS | |
| Helen Bernnetts, Susan Coldicutt | |
| HOW TO TRAIN USERS OF SIMULATION BASED THERMAL PERFORMANCE ANALYSIS TOOLS | |
| J. W. Hand | |
| AN INTEGRATION SYSTEM FOR ARCHITECTURAL EDUCATION: THE CALIN PROJECT | |
| Luc. Adolphe | |
General Validation
| CAN ARCHITECTURAL DESIGN LEARN FROM SOFTWARE ENGINEERING? | |
| Tony Pollard, Jim Plume | |
| EMPIRICAL WHOLE MODEL VALIDATION CASE STUDY: THE PASSYS REFERENCE WALL | |
| Soren Ostergaard Jensen | |
| PROCEDURES FOR SCALING AND REPLICATION BY SIMULATION | |
| P. A. Strachan | |
Heat and Mass Transfer
| A SOLAR WALL SIMULATION MODULE | |
| Kim B. Wittchen | |
| IMPROVED FLUORESCENT LIGHTING MODELS FOR BUILDING ENERGY PROGRAMS | |
| Edward F. Sowell, Karl Johnson | |
| APPROACHES AND CONSTRAINTS IN THE SIMULATION OF SOLAR SYSTEMS | |
| Jon Hand, Essam Aasern, Paul Strachan | |
| COMPUTER SIMULATION OF MULTIROOM TEMPERATURE AND HUMIDITY VARIATION UNDER VARIABLE INFILTRATION CONDITIONS | |
| Takao Tsuchiya, Kazumi Sakano | |
| DYNAMIC SIMULATION OF COMBINATION OF EVAPORATIVE COOLING WITH COOLED CEILING SYSTEMS FOR OFFICE ROOM COOLING | |
| J. Niu, J. van der Kooi | |
| THE DETERMINATION OF VAPOUR AND LIQUID TRANSPORT COEFFICIENTS AS INPUT TO COMBINED HEAT AND MASS TRANSFER MODELS | |
| Graham H. Galbraith, R. Craig McLean | |
Lighting
| SIMULATING THE DAYLIGHT PERFORMANCE OF FENESTRATION SYSTEMS AND SPACES OF ARBITRARY COMPLEXITY: THE IDC METHOD | |
| K. Papamichael, L. Beltrán | |
| LIGHTCAD AND LIGHTPAD . TWO NEW PROGRAMS FOR CIMPROVING THE DESIGN AND APPLICATI ON OF LIGHTING IN BUILDINGS | |
| Karl F. Johnson, G. Kimball Hart, John Weidt | |
| MODELLING THE SKY – A STANDARD DIGITAL FORM | |
| Nancy Ruck, Geoffrey Roy, Graeme Reid | |
Mathematical Methods
| APPLYING SIMULATION OF OPTIMAL SYSTEMS IN BUILDING ENERGY MANAGEMENT | |
| Ilari Aho, Mingzhe Xu, Juhani Hyvärinen | |
| ON THE EFFICIENCY OF PARTITIONING IN OBJECT-BASED SIMULATION | |
| Jean-Michel Nataf, Rolf Ebert | |
| A MODULAR APPROACH FOR DEVELOPING A MODELLING ENVIRONMENT OF THERMAL SYSTEMS: THE SYMBOLPROJECT | |
| R. Ebert, G. Lefebvre, B. Flament | |
Multi-Discipline, Integrated Tools
| MULTI-DISCIPLINARY VIEWS TO AN INTEGRATED SIMULATION ENVIRONMENT | |
| Robert Amor, Mike Donn, Nigel Isaacs, John. Hosking | |
| AN INTEGRATED SIMULATION NETWORK | |
| Godfried Augenbroe, Peter Bijvoet, Leo Nederlof, Wouter Rombouts, Peter de Vries | |
| AN INTEGRATED DESIGN AND APPRAISAL SYSTEM | |
| N. D'Cruz, M. Vuong | |
Object-Orientated Environments
| THE ENERGY KERNEL SYSTEM: FORM AND CONTENT | |
| J. A. Clarke, D. F. Mac Randal | |
Object.Orientated Environments
| IDA MODELLER: A ‘MAN.MODEL’ INTERFACE FOR BUILDING SIMULATION | |
| Per Sahlin | |
| APPLICATION OF THE OBJECT ORIENTED PROGRAMMING PARADIGM TO BUILDING PLANT SYSTEM MODELLING | |
| D. Tang, J. A. Clarke | |
Policy, Standards, Regulations
| TALES OF THE UNEXPECTED: THE USE OF BUILDING PERFORMANCE MODELLING FOR REGULATORY ACTIVITY IN AUSTRALIA | |
| Alan Pears | |
| DEVELOPMENT OF A COMMERCIAL SECTOR LOAD AGGREGATION AND DSM IMPACT ASSESSMENT METHODOLOGY | |
| Curt Hepting, Norm Weaver, Gifford Jung | |
| HEALTH AND SAFETY CODE COMPLIANCE CHECKING USING AN INTEGRATED HYPERTEXT AND KNOWLEDGE-BASED EXPERT SYSTEM | |
| Krishnan Gowri, Paul Fazio, Dan Seth | |
Simplified Models
| STEPHANIE: A SIMPLIFIED APPROACH TO ENERGY ANALYSIS IN BUILDINGS | |
| J. M. S. Dionisio | |
| THE IMPACT OF VARIATIONS IN BUILDING PARAMETERS AND OPERATING CONDITIONS ON COMMERCIAL BUILDING ENERGY USE AND LOAD SHAPES | |
| Yu Joe Huang, James W. Hanford, Mike Piraino | |
| DEVELOPMENT OF A SIMPLE MODEL TO RELATE HEATING AND COOLING ENERGY TO BUILDING ENVELOPE THERMAL CHARACTERISTICS | |
| Daniel M. Sander, Steve Comick, Guy R. Newsham, Drury B. Crawley | |
Simulation Environments
| THE CONCEPT OF INTELLIGENT SIMULATION ENVIRONMENT | |
| Roger Pelletret, Souheil Soubra, Werner Keilholz, Z. Belghali | |
| RECENT IMPROVEMENTS IN SPARK: STRONG COMPONENT DECOMPOSITION, MULTIVALUED OBJECTS,AND GRAPHICAL INTERFACE | |
| W. F. Buhl, A. E. Erdem, F. C. Winkelmann, E. F. Sowell | |
| ALLAMSIMULATION: A GENERAL SOFTWARE TOOL FOR MODEL DESCRIPTION AND SIMULATION | |
| Alexandre Jeandel, Fabien Favret, Laurence Lapenu, Eric Lariviere | |
Structures and Construction
| REPRESENTING ROBOTS IN BUILDING CONSTRUCTION SIMULATION | |
| Rudi Stouffs, Stephen R. Lee, Ramesh Krishnamurti, Iiving J. Oppenheim | |
| THERMAL LOADS – A STRUCTURAL ENGINEERS PERSPECTIVE | |
| Malcom J. S. Hirst | |
User Interfaces
| INTELLIGENT CAD AS AN INTERFACE TO THERMAL SIMULATION PROGRAMS | |
| Robin Drogemuller, Harry Suehrcke | |
| PUTTING INTERACTIVE CAD SYSTEMS IN PERSPECTIVE | |
| Paul Taplin | |
| ENERGY AND COMFORT OPTIMISATION FOR THE HOME BUILDER | |
| S. K. Moller, K. I. Guthrie | |
| IMPROVEMENTS TO USER.FRIENDLINESS OF A COMPUTATIONAL FLUID DYNAMICS (CFD) CODE FOR SIMULATION OF AIR MOVEMENT IN BUILDINGS | |
| Joseph C. Lam, Richard Yuen, T. M. Lau | |
| CLIM 2000: MODULAR SOFTWARE FOR ENERGY SIMULATION IN BUILDINGS | |
| D. Bornneau, F.X. Rongere, D. Covalet, B. Gautier | |
| IMPLEMENTATION OF SIMULATION BASED DESIGN TOOLS IN PRACTICE | |
| J. A. Clarke, D.F. Mac Randal | |
User Needs & Experiences
| A VIEW OF BUILDING PERFORMANCE SIMULATION | |
| Antony D. Radford | |
| BUILDING ENERGY SIMULATION SOFTWARE: AND ENDE USER’S VIEWPOINT | |
| Stephen K. Logan | |
| JOINING FORCES IN BUILDING ENERGY SIMULATION | |
| J. L. M. Hensen, J. A. Clarke, J. W. Hand, P. Strachan | |
| HOTCALC MICROCOMPUTER SOFTWARE FOR ANALYSIS OF COMMERCIAL WATER HEATING SYSTEM PERFORMANCE | |
| Kari F. Johnson, Alan C. Shedd, Donald W. Abrams | |
Validation Case Studies
| THERMAL DESIGN TOOLS IN AUSTRALIA: A COMPARATIVE STUDY OF TEMPER, CHEETAH, ARCHIPAK AND QUICK | |
| Q.T. Ahmad, S.V. Szokolay | |
| MODELLING AND SIMULATION OF THE THERMAL BEHAVIOUR OF A DWELLING UNDER ALLAN ( ACCÉS À DES LOGICIELS EN LANGAGE NATUREL OR ACCESS TO SOFTWARE UN NATURAL LANGUAGE) | |
| K. Boulkroune, Y. Candau, G. Piar, A. Jeandel | |
| SIMULATION STUDY OF COUPLED ENERGY SAVING SYSTEMS INCLUDED IN REAL SITE BUILDING | |
| A. Trombe, L. Serres, A. Mavroulakis | |
Weather
| LET’S TALK ABOUT THE WEATHER | |
| Murray D. Mason, Trevor M. Kingston | |
| THE CREATION OF WEATHER DATA FILES TO FULFIL THE SIMULATION NEEDS OF NEW ZEALAND | |
| Mike Donn, Robert Amor | |
| COMPILATION OF MONTHLY WORLD WEATHER DATA AND TRANSFORMATION INTO HOURLY BASIS FOR THE CALCULATION OF AIR CONDITIONING LOAD AT AN ARBITRARY LOCATION IN THE WORLD | |
| Hiroshi Akasaka, Yoshinobu Arai, Soichiro Kuroki, Satashi Ohara | |