Digital Twin Machine Tool

Aims & Scope

This session aims to delve into how to propel high-end machine tools towards comprehensive intelligence through digital twin technology. The core purpose is to bring together experts from industry and academia to jointly analyze how digital twin technology can create dynamic virtual models covering the entire lifecycle for physical machine tools. It will also focus on the practical applications of digital twin technology in addressing the industry's critical problems: that is, significantly reducing costs and enhancing efficiency through virtual commissioning and reliability assessment, and ultimately achieving dynamic performance analysis/evaluation/optimization and in-service performance maintenance of machine tool equipment. The conference strives to go beyond conceptual discussions, promote cross-domain collaboration, jointly formulate industry standards and implementation pathways, accelerate the construction of a new generation of data-driven intelligent machine tool equipment, and provide core impetus for the digital transformation of equipment.  

 

The session will focus on the following points

• Model Construction for Digital Twin Machine Tool  

• Consistency of Virtual Real Interaction for Digital Twin Machine Tool

• Reliability Evaluation for Digital Twin Machine Tool

• Dynamic Performance Analysis for Digital Twin Machine Tool

• Service Performance Maintenance for Digital Twin Machine Tool

 

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Your valuable insights are welcome! 

We cordially invite interested researchers to contact us for details and presentation applications at: secretariat@idea-global.net

Session Chairs

Presentations

  • Professor
    Jilin University
    Title: To be confirmed
    Abstract To be confirmed
  • Professor
    Chongqing University
    Title: To be confirmed
    Abstract To be confirmed
  • Associate Professor
    Shenyang Jianzhu University
    Title: Digital Twin-Driven Modeling and Analysis of Dynamic Characteristics for Ceramic Motorized Spindle Under Thermal-Magnetic Fields
    Abstract Due to the high stiffness and small deformation of ceramic material, ceramic motorized spindle has been widely used in high grade CNC machine tools for high-speed ultra-precision machining. There are complex thermal magnetic physical fields relationship in the ceramic motorized spindle. In order to improve the dynamic characteristics of ceramic motorized spindle, the key technologies are analyzed, such as dynamic modeling of dynamics, thermodynamics, electromagnetism and Digital Twin. Considering the ceramic materials have the characteristics of reverse magnetism and high stiffness, ceramic motorized spindle dynamic characteristics are analyzed under the influence of thermal magnetic multiply physical fields. And it lays theoretical foundation for the design and application of CNC machine tools.