TY - JOUR
T1 - Tolerance representation scheme in solid model
T2 - part 1
AU - Roy, U.
AU - Pollard, M. D.
AU - Mantooth, K.
AU - Liu, C. R.
N1 - Copyright:
Copyright 2020 Elsevier B.V., All rights reserved.
PY - 1989
Y1 - 1989
N2 - This paper develops a front-end scheme necessary for interfacing the tolerance module with the solid model. This includes the development of (i) an efficient user interfacing system for inputing tolerance information, (ii) a suitable tolerancing data module (to be attached to the solid model), and (iii) an information retrieval system from the stored database for future tolerance analysis. This work has been developed with the help of the Quick Turnaround Cell (QTC) Design System and TWIN Solid Model Package, developed at the Purdue Engineering Research Center (ERC), and was conducted to examine applications in Computer Integrated Manufacturing. (A)
AB - This paper develops a front-end scheme necessary for interfacing the tolerance module with the solid model. This includes the development of (i) an efficient user interfacing system for inputing tolerance information, (ii) a suitable tolerancing data module (to be attached to the solid model), and (iii) an information retrieval system from the stored database for future tolerance analysis. This work has been developed with the help of the Quick Turnaround Cell (QTC) Design System and TWIN Solid Model Package, developed at the Purdue Engineering Research Center (ERC), and was conducted to examine applications in Computer Integrated Manufacturing. (A)
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M3 - Article
AN - SCOPUS:0013765521
VL - 19-1 )
SP - 1
EP - 10
JO - ADVANCES IN DESIGN AUTOMATION-1989. PAPERS PRESENTED AT 1989 ASME-DESIGN CONF.-15TH DESIGN AUTOMATION CONF., MONTREAL, CANADA
JF - ADVANCES IN DESIGN AUTOMATION-1989. PAPERS PRESENTED AT 1989 ASME-DESIGN CONF.-15TH DESIGN AUTOMATION CONF., MONTREAL, CANADA
ER -