Query returned 442 results.

A systematic method for modelling and analysing conceptual design information

Mocko, G. M.; Fadel, G. M.; Summers, J. D.; Maier, J. RA.; Ezhilan, T. // 2007

An Ontological Model of Emergent Design in Software Engineering

Gero, John S.; Kannengiesser, Udo // 2007

Analyzing communication dependencies in product development using the Design Structure Matrix

Hepperle, C.; Maier, A. M.; Kreimeyer, M.; Lindemann, U.; Clarkson, P. J. // 2007

Associations Between Factors Influencing Engineering Design Communication

Maier, Anja M.; Hepperle, Clemens; Kreimeyer, Matthias; Eckert, Claudia M.; Lindemann, Udo; Clarkson, P. John // 2007

Designing As....: Thinking About What Designing Might Be

Salustri, Filippo A.; Eng, Nathan L. // 2007

Effects of Analogous Product Representation on Design-By-Analogy

Linsey, Julie S.; Laux, Jeff; Clauss, Emily F.; Wood, Kristin L.; Markman, A. B. // 2007

Identifying Affordances

Maier, Jonathan R. A.; Fadel, Georges M. // 2007

Robust Design Processes With CAD Based Finite Element Models

Albers, Albert; Enkler, Hans-Georg; Maier, Thomas; Weiler, Helge // 2007

Roles of Function and Affordance in the Evolution of Artifacts

Gaffney, Edwin Sean; Maier, Jonathan R. A.; Fadel, Georges M. // 2007

The Construction of Preferences for Crux and Sentinel Product Attributes

Macdonald, Erin; Gonzalez, Richard; Papalambros, Panos Y. // 2007

The Idea Concept Design Process

Masur, Andrew; Salustri, Filippo A. // 2007

Use of Shape Preference Information in Product Design

Kelly,Jarod; Papalambros, Panos Y. // 2007

Use of Wikis as An Engineering Collaborative Tool

Weerasinghe, Janaka S.; Salustri, Filippo A. // 2007


Braun, S.C.; Gero, J.S. // 2006
The paper introduces an adaptive system that, inspired by the diversity of human cognitive development processes, uses different kinds of machine learning to develop its expertise. The system ...


Elspass, W.J.; Holliger, C. // 2006
The design and development of products for the global marketplace require engineers to perform in internationally situated teams, utilizing cutting edge information and collaboration technologies. ...

Boolean Searches

The following examples demonstrate some search strings that use boolean operators:

  • design community
    Find rows that contain at least one of the two words.
  • +design +community
    Find rows that contain both words.
  • +design community
    Find rows that contain the word “design”, but rank rows higher if they also contain “community”.
  • +design -community
    Find rows that contain the word “design” but not “community”.
  • +design ~community
    Find rows that contain the word “design”, but if the row also contains the word “community”, rate it lower than if row does not.
  • +design +(>community <decisions)
    Find rows that contain the words “design” and “community”, or “design” and “decisions” (in any order), but rank “design community” higher than “design decisions”
  • design*
    Find rows that contain words such as “design”, “designs”, “designing”, or “designer”.
  • "some words"
    Find rows that contain the exact phrase “some words” (for example, rows that contain “some words of wisdom” but not “some noise words”). Note that the " characters that enclose the phrase are operator characters that delimit the phrase. They are not the quotation marks that enclose the search string itself.

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