Query returned 11501 results.
Ontologically shaping our future: design education as revelation
van der Merwe, J. // 2007
Ontology Building for Design Knowledge Management Systems Based on Patterns Embedded in Design-For-X Methodologies
Nomaguchi, Yutaka; Fujita, Kikuo // 2007
Ontology-Based Models for Design Retrieval and Analysis
Alizon, Fabrice; Nanda, Jyotirmaya; Shooter, Steven B.; Simpson, Timothy W. // 2007
Optimal Design of Heat-Reversible Locator-Snap System for Non-Destructive Disassembly of Electrical Appliances
Shalaby, Mohammed; Saitou, Kazuhiro // 2007
Optimisation of Grp-Flange Joints
Kittel, Konstantin; Vajna, Sándor; Marks, Lena E. // 2007
Optimising Customer Satisfaction By Integrating the Customer’S Voice Into Product Development
Abramovici, Michael; Schulte, Stefan // 2007
Optimization of a Vehicle Mix Under Environmental and Economical Constraints
Hajji, Otmane; Yannou, Bernard; Baglin-Schühler, Nathalie // 2007
Outcomes from a distributed design studio
Bohemia, E.; Lauche, K.; Badke-Schaub, P.; Langeveld, L.; Thompson, I.; Wilson, C.; Connor, C.; Titley, W. // 2007
Pattern Languages: An Approach to Manage Archetypal Engineering Knowledge
Feldhusen, Jörg; Bungert, Frederik // 2007
Perceptions of Coaching in Product Development Teams
Reich, Yoram; Ullmann, Georg; Van der Loos, Machiel; Leifer, Larry J. // 2007
Perspective of the technological innovation in small and medium Mexican manufacturing companies
Salazar, A. // 2007
Piep: Product Innovation Engineering Program
Grimheden, Martin; Hanson, Mats; Norell, Margareta; Wikander, Jan // 2007
Pilot Projects: the Road From Should-Be to To-Be
Bertoni, Marco; Ugolotti, Marco // 2007
Platform Decisions Supported By Gaming
Kyvsgaard, Hansen Poul; Mikkola, Juliana Hsuan // 2007
Platform-Based Design of a Family of Ships Considering Both Performance and Savings
Corl, Michael J.; Kokkolaras, Michael; Parsons, Michael G. // 2007
Power-Browsing – a Method to Accelerate Designers’ Familiarity With Video Information in Digital Libraries
Sonalkar, Neeraj; Mabogunje, Ade; Leifer, Larry J.; Eris, Ozgur; Jung, Malte F. // 2007
Practical Application of the Knowledge Transfer Ems (Exchange of Mental Schemes) Methodology to IndustrialEnvironment
Carnicero, Laura; Lloveras, Joaquim // 2007
Pre-Emptive Concurrent Design Planning and Scheduling
Matthews, Peter; Coates, Graham // 2007
Pre-selection of hybrid electric vehicle architectures during the initial design phase
Gorbea, C.; Fricke, E.; Lindemann, U. // 2007
Predicting Change Propagation on Different Levels of Granularity: An Algorithmic View
Ariyo, Owolabi O.; Keller ,René; Eckert, Claudia M.; Clarkson, P. John // 2007
Predicting the Unpredictable Problems in Mechatronics Design
D'Amelio, Valentina; Tomiyama, Tetsuo // 2007
Preparing design students for a new role in the organization
Junginger, S. // 2007
Presentation of Engineering Design Related Knowledge
Feldhusen, Jörg; Lemburg, Johannes // 2007
Principles for Managing Technological Product Obsolescence
Rai, Rahul; Terpenny, Janis // 2007
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.