Query returned 11501 results.
PREPARING FOR A PRODUCT PLATFORM – PRODUCT FAMILY HIERARCHY PROCEDURE
Fiil-Nielsen, O.; Munk, L.; Mortensen, N. H. // 2005
PREREQUISITES FOR THE IMPLEMENTATION OF A PRODUCT DATA AND PROCESS MANAGEMENT TOOL IN SME
Pol, G.; Jared, G.; Merlo, C.; Legardeur, J. // 2005
PRINCIPLES FOR THE DEVELOPMENT OF A COMPUTER AIDED CONCEPTUAL DESIGN TOOL
Vargas-Hernandez, N.; Shah, J. J. // 2005
Product / Service-Systems: Defining a coherent terminology
Matzen, D.; Tan, A.R.; Andreasen, M. M. // 2005
PRODUCT ARCHITECTURE DESIGN PROCESS FOR MODEL-BASED KNOWLEDGE MANAGEMENT
Nomaguchi, Y.; Fujita, K. // 2005
Product Design Test Using the Matrix of Functions and Functionality
Duhovnik, J.; Tav?ar, J. // 2005
PRODUCT DEVELOPMENT AS A COMPLEX SOCIAL SYSTEM
Pulm, U. // 2005
PRODUCT DEVELOPMENT PROCESSES – AN OPTIMIZATION OF DSM USING LEARNING RATES IN DESIGN LOOPS
Rick, T.; Horváth, M.; Bercsey, T. // 2005
PRODUCTION DEVELOPMENT AS LEADING DISCIPLINE IN THE DEVELOPMENT PROCESS
Hilmes, R.; Lien, T. K. // 2005
PROPOSAL OF “MARGINAL REUSE RATE” FOR EVALUATING REUSABILITY OF PRODUCTS
Umeda, Y.; Kondoh, S.; Sugino, T. // 2005
PROPOSED QUALITY FUNCTION DEPLOYMENT IMPROVEMENTS
Leary, M.; Burvill, C.; Weir, J.; Shafton, A. // 2005
PROPOSITION OF DISTINCTIVE INDUSTRIAL DESIGN BASED ON SHAPE AND COLOR FEATURE SPACE ANALYSIS
Murakami, T. // 2005
PROVIDING COMMUNICATION MEDIA FOR DISTRIBUTED DESIGN
Grieb, J.; Lindemann, U. // 2005
QUALITY AND PROTECTION OF DIFFERENT LEVELS OF TECHNICAL IDEAS
Lloveras, J. // 2005
QUALITY MANAGEMENT BY CONCURRENT COMPUTER AIDED TOLERANCE ANALYSIS AND FUNCTIONAL PROTOTYPING
Makkonen, P.; Kuosmanen, P.; Münster, R.; Mäkeläinen, E.; Ramseier, Y. // 2005
REPRESENTING CK THEORY WITH AN ACTION LOGIC
Salustri, F. A. // 2005
REQUIREMENT AND COST-DRIVEN PRODUCT DEVELOPMENT PROCESS
Deubel, T.; Steinbach, M.; Weber, C. // 2005
RESEARCH STUDY IN CREATIVE SOFTWARE AS TOOL TO ASSIST THE CONCEPTUAL DESIGN STAGE
Chaur, J.; Lloveras, J. // 2005
Ressourcengerechte Produktentwicklungsprozessmodellierung und Optimierung mit genetischen Algorithmen
Bercsey, T.; Groma, I.; Rick, T. // 2005
RESULTS OF PRO-TEACH-NET – DEVELOPMENT AND EVALUATION OF AN E-LEARNING ENVIRONMENT
Marosváry, Z.; Vajna, S.; Schabacker, M. // 2005
RISK ACROSS DESIGN DOMAINS
Eckert, C.; Earl, C.; Stacey, M.; Bucciarelli, L. L.; Clarkson, P. J. // 2005
ROBUST LAUNCH OF NEW AIRCRAFT PROGRAMMES
Frankenberger, E. // 2005
ROBUST PLANNING OF DESIGN TASKS USING SIMULATION
Flanagan, T. L.; Eckert, C. M.; Keller, R.; Clarkson, P. J. // 2005
ROBUST PRODUCT CONCEPT GENERATION
Reich, Y.; Av, A. Z. // 2005
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.