Product Lifecycle Management. PLM in the Age of Model-Based Engineering in Industry : 22nd IFIP WG 5.1 International Conference, PLM 2025, Seville, Spain, July 6-9, 2025, Revised Selected Papers, Part I (Ifip Advances in Information and Communication

Mas, Fernando (EDT)/ Del Valle, Carmelo (EDT)/ Eynard, Benoît (EDT)

Springer Nature Switzerland AG（2025/11発売）

• 製本 Hardcover:ハードカバー版
• 言語 ENG
• 商品コード 9783032096999

Full Description

This 2-volume set constitutes the post proceedings of the 22nd IFIP WG 5.1 International Conference on Product Lifecycle Management, PLM 2025, which took place in Seville, Spain, July 2025.

The 79 full papers presented in this volume were carefully reviewed and selected from 143 submissions. 

The papers are organized in the following topical sections:

Part I: Digital Twin and Smart Systems; AI and Data-Driven Innovation; Sustainable and Circular Product Lifecycle.

Part II: Model-Based Engineering (MBE) and System Engineering; Organizational Transformation and Strategy; Interoperability and Integration Technologies; Human-Centric and Educational Innovation.

Contents

.- Digital Twin and Smart Systems.

.- Expanding the Data Usability for Digital Product Twins.

.- Scenario-Driven Engineering Data Integration for the Generation of Digital Product Twins.

.- Integration of Digital Twins with Product Lifecycle Management using Digital Threads.

.- A Framework Proposal for Fast-Improved Learning by Virtual Simulations in the Digital-Twin Context.

.- A Digital Twin Framework for Enhanced Robot Control through Data Exchange Protocols.

.- DIGITAL AERO. Integrated system for industrial product manufacturing.

.- A No-Code Digital Thread Graph Prototype: Runtime Configurable, Cloud-Native, and AI-Driven.

.- Scalability Matters: Benchmarking Graph Databases for High-Performance Digital Threads.

.- International Situational Diagnosis on the Implementation of Smart Energy in Agribusiness.

.- Towards Knowledge-Driven Decision Support in Smart Manufacturing: Challenges and Research Opportunities.

.- A Discussion of Data-Driven and Knowledge-Driven Approaches in Manufacturing Process: Challenges and Opportunities for Industry 5.0.

.- Evolutive Digital Twin Modeling: from requirements to detailed design.

.- A Digital Twins Framework for Managing Building Environmental Parameters.

.- AI and Data-Driven Innovation.

.- Methodological proposal for the deployment of PLM software supported by a digital adoption platform and AI models.

.- A PLM-Integrated Automated Synthetic Image Generation Pipeline for Object Detection.

.- Digital Twin-based Proactive Analysis and Prediction  for Rolling Stock Production.

.- Design and Optimization of Facility Layouts using 3D Models and Reinforcement Learning.

.- Causal Models and a Prototypical Implementation of a Pipeline for Causal Analysis in Manufacturing.

.- Object Detection in Engineering Drawings: An End-to-End Conversion Pipeline from 2D Drafting Annotations to 3D Product Manufacturing Information.

.- AIssembly: Generating Assembly Work Instructions  from 3D-CAD Models Using Artificial Intelligence.

.- Artificial Intelligence in Additive Manufacturing: A Systematic Review Across the Digital-to-Physical Process Chain.

.- Innovative Solutions for Enhanced Driving Safety: A TRIZ-Based Approach to Reducing Visibility Issues and Driver Distraction.

.- Service Injection for Predictive Maintenance in Wind Turbine-specific Digital Twins.

.- Enhancement of scheduling systems to enable dynamic capabilities in an Industry 4.0 environment.

.- Integrating Sustainability and Human-Centered Design: A Human-Oriented Process Enhancement Model.

.- Collaborative Robotics in Additive Manufacturing: A Case Study on UR10e Integration with a 3D Printing System.

.- Data-Driven Energy Consumption Modeling of a UR10e Cobot in Additive Manufacturing Applications.

.- Sustainable and Circular Product Lifecycle.

.- TREND framework proposal for PLM system environmental life cycle assessment : application to an engineering school use case.

.- Product Lifecycle: Human-AI Interoperability for the assessment of the disassembly and repairability indices of electrical and electronic equipment.

.- Exploring Opportunities in Proactive Design for Sustainability: a state-of-the-art on PLM and LCA.

.- Exploring research avenues on Industrial Symbiosis networks.

.- Life Cycle Assessment and Design Optimisation of an Automotive Headlamp Control Unit.

.- Circular Economy Education: A Course on Circular Lifecycle Management.

.- Importance of PLM and Digital Thread to (Dis)Assemble Circular Products Automatically.

.- Supporting Manufacturing Resilience through Circular Economy Strategies.

.- Machine Learning Based Environmental Impact Prediction of Construction Products Using EPD Data.

.- Life Cycle Assessment of Biocomposite Materials: a business case study.

.- A Life Cycle Environmental Impacts Analysis of Porcelain Plates.

.- Preliminary Research Work for Sustainability Assessments integrated within Enterprise Information Systems.

.- Lifecycle specifications associated with Printed Circuit Boards disassembly challenges.

.- Dealing with sustainability aspects in product and production co-development. Current state and a conceptual requirements management framework.

.- Circular Innovation: How to build reverse electronics supply chains - The Case of CIRC-UITS Project.

.- Environmental impact characterization of obsolescence remediation solutions in long-life product.