EXPLORING APPLICATION LIFECYCLE MANAGEMENT AND ITS ROLE IN

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EXPLORING APPLICATION LIFECYCLE MANAGEMENT AND ITS ROLE IN PLM www. purdue. edu/plm Nathan W.

EXPLORING APPLICATION LIFECYCLE MANAGEMENT AND ITS ROLE IN PLM www. purdue. edu/plm Nathan W. Hartman, Ed. D. Dauch Family Professor of Advanced Manufacturing Director, Product Lifecycle Management Center

A digital enterprise changes the way people work and how they use information Mobile

A digital enterprise changes the way people work and how they use information Mobile technologies Cloud computing Cybersecurity layers Digital Product Definition Human/ machine interface Location detection technologies Additive and traditional manufacturing Sensors and data gathering Customer data capture www. purdue. edu/plm What is a digital enterprise?

Implicit and explicit information must be included Historically, drawings contained both implicit and explicit

Implicit and explicit information must be included Historically, drawings contained both implicit and explicit information. Context was important for understanding. However, CAD tools require explicit definition of information. www. purdue. edu/plm What should go into a model-based definition?

A complete MBD supports lifecycle communication SHAPE BEHAVIOR CONTEXT HUMAN TO MACHINE TO HUMAN

A complete MBD supports lifecycle communication SHAPE BEHAVIOR CONTEXT HUMAN TO MACHINE TO HUMAN MACHINE TO MACHINE www. purdue. edu/plm The communications spectrum…

MODEL-BASED DEFINITION DIGITAL TWIN Multiple Connected Representations • Product Line Context Future Behavior Shape

MODEL-BASED DEFINITION DIGITAL TWIN Multiple Connected Representations • Product Line Context Future Behavior Shape Today Shape • geometry • topology • logic • constraints Behavior • materials • process • dim. /tol. • physics Context • assembly • machining • in use • retirement DIGITAL THREAD MBD + IT architecture + Connectivity • Model 1 Interfaces • Model 2 Standards • Model N Requirements • Subsystem • Component Temporal, lifecyclebased levels of a model-based definition www. purdue. edu/plm MBD and the Digital Twin

 • The mission of Purdue University's Product Lifecycle Management (PLM) Center of Excellence

• The mission of Purdue University's Product Lifecycle Management (PLM) Center of Excellence is to promote the advancement and implementation of PLM through research and education in partnership with industry. The objectives of the Purdue PLM Center are: • • Conducting research that promotes PLM as a methodology and practice Establishing industry partnerships that guide, support, and validate PLM research and education activities Promoting the evolution and use of model-based digital product data Promoting the use and development of tools and practices that emphasize the concept of a “digital twin” for products Promote the author/consumer communication model around the use of digital product data Assisting with the integration of PLM into curriculum Facilitating the pursuit of PLM career opportunities by Purdue graduates Enabling PLM adoption by industry www. purdue. edu/plm PLM Center of Excellence

Indiana Next-generation Manufacturing Competitiveness Center www. purdue. edu/plm IN-Ma. C

Indiana Next-generation Manufacturing Competitiveness Center www. purdue. edu/plm IN-Ma. C

www. purdue. edu/plm Digital Manufacturing Enterprise Testbed

www. purdue. edu/plm Digital Manufacturing Enterprise Testbed

www. purdue. edu/plm Today’s Agenda

www. purdue. edu/plm Today’s Agenda

www. purdue. edu/plm Today’s Agenda

www. purdue. edu/plm Today’s Agenda

www. purdue. edu/plm Today’s Agenda

www. purdue. edu/plm Today’s Agenda

EXPLORING APPLICATION LIFECYCLE MANAGEMENT AND ITS ROLE IN PLM www. purdue. edu/plm Nathan W.

EXPLORING APPLICATION LIFECYCLE MANAGEMENT AND ITS ROLE IN PLM www. purdue. edu/plm Nathan W. Hartman, Ed. D. Dauch Family Professor of Advanced Manufacturing Director, Product Lifecycle Management Center