Artificial Intelligence in Engineering, Volume 5

Volume 5, Number 1, January 1990

• Rivka Oxman:
  Design shells: A formalism for prototype refinement in knowledge-based design systems. 2-8
  
• Richard D. Coyne, A. G. Postmus:
  Spatial applications of neural networks in computer-aided design. 9-22
  
• Tetsuo Tomiyama, Paul J. W. ten Hagen:
  Representing knowledge in two distinct descriptions: Extensional vs. intensional. 23-32
  
• Tag Gon Kim, Bernard P. Zeigler:
  AIDECS: An AI-based, distributed environmental control system for self-sustaining habitats. 33-42
  
• David Ben-Arieh, I. Miron:
  Modeling advanced manufacturing systems using concurrent logic programming. 43-49
  

Volume 5, Number 2, April 1990

• Editorial. 54
  
• K. J. MacCallum:
  Does intelligent CAD exist? 55-64
  
• John S. Gero, Michael A. Rosenman:
  A conceptual framework for knowledge-based design research at Sydney University's design computing unit. 65-77
  
• Tim Smithers, Alistair Conkie, Jim Doheny, Brian Logan, Karl Millington, Ming Xi Tang:
  Design as intelligent behaviour: An AI in design research programme. 78-109
  
• Arthur Westerberg, Ignacio E. Grossmann, Sarosh Talukdar, Friedrich Prinz, Steven J. Fenves, Mary Lou Maher:
  Applications of AI in design research at Carnegie Mellon University's EDRC. 110-124
  

Volume 5, Number 3, July 1990

• Reuven Karni, Ayelet Gal-Tzur:
  Paradigms for knowledge-based systems in industrial engineering. 126-141
  
• Tobias Blickle, Gábor Gy. Halász, János Tóth:
  Structures, hypergraphs, and knowledge representation in chemical engineering science. I - Problem formulation. 142-152
  
• Xiaofeng Li, John R. Bourne:
  An inspectable qualitative model builder for distribution networks - An example in power distribution systems. 153-160
  
• Michael Eisenberg:
  Descriptive simulation: Combining symbolic and numerical methods in the analysis of chemical reaction mechanisms. 161-171
  

Volume 5, Number 4, October 1990

• Bruce D. Pomeroy, H. A. Spang, M. E. Dausch:
  Event-based architecture for diagnosis in control advisory systems. 174-181
  
• K. N. Brown, J. H. Sims Williams, Janardan Devlukia, Chris A. McMahon:
  Reasoning with geometry: Predicting stress concentration factors. 182-188
  
• Bradley L. Whitehall, Stephen C. Y. Lu, Robert E. Stepp:
  CAQ: A machine learning tool for engineering. 189-198
  
• Brahim Chaib-draa, P. Millot:
  A framework for cooperative work: An approach based on the intentionality. 199-205
  
• James Bowen, Peter O'Grady, Larry Smith:
  A constraint programming language for Life-Cycle Engineering. 206-220