Research on Rigid Body Motion Tracing in Space based on NX MCD

Wang, Junjie; Dai, Chunxiang; Shi, Karen; Qin, Rongkang

doi:10.1088/1757-899x/320/1/012012

Cited by 3 publications

(3 citation statements)

References 3 publications

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“…It is difficult to map all the elements of physical entity due to complex logic hierarchy and too many object elements in the discrete manufacturing system. Therefore, this paper uses NX 3D software [8][9][10] to realize the mapping of production behavior between virtual models and physical entities based on production factors. The subsystem is divided as a whole, and the modeling and assembly are carried out from top to bottom to build a highly accurate digital twin model.…”

Section: Digital Design Of Assembly Systemmentioning

confidence: 99%

Design of virtual and real system of assembly platform based on digital twin

Wang

et al. 2023

Second International Conference on Digital Society and Intelligent Systems (DSInS 2022)

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The debugging quality in the debugging stage of the digital production line directly affects its processing accuracy. Due to the rich and varied production scenes and complex equipment associations, the general production debugging plan has a long cycle. Therefore, this paper adopts digital twin technology to apply to the traditional assembly system design process, adopts NX, MCD, TIA and other design methods. Firstly, builds a digital virtual model of the assembly platform; Secondly, the application of electromechanical concept design module to achieve virtual simulation of the assembly process; In the TIA project environment, the logic control program of the PLC controller is written; Then, build a physical system based on a virtual model; Finally, virtual and real system integration is achieved through communication connections. The research results show that the traditional assembly system from design, debugging and application cost is higher, cycles are usually within three to five months, assembly platform based on the digital twin technology can significantly reduce the design cycle of assembly system and research and development costs.

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Section: Digital Design Of Assembly Systemmentioning

confidence: 99%

Design of virtual and real system of assembly platform based on digital twin

Wang

et al. 2023

Second International Conference on Digital Society and Intelligent Systems (DSInS 2022)

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“…Metzner et al [4] utilized MCD alongside a stereo camera for virtual debugging in a robot warehouse picking system. Wang et al [5] applied NX MCD to determine pose by solving the transformation matrix provided by the solver engine, enhancing this with a sampling strategy optimized beyond traditional equidistant approaches by incorporating rigid body constraints. Furthermore, Al-Saedi et al [6] leveraged MATLAB and NX software for modeling, using multiple sensors to monitor the machining process within a workshop.…”

Section: Introductionmentioning

confidence: 99%

Design of a material sorting digital twin system based on NX MCD

Li,

Yang

2024

Manufacturing Rev.

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Current methods of manually checking whether materials meet the required standards are inefficient and harmful to workers' health. To address the complexity and variability of real-world systems, it is imperative to establish highly consistent digital models for subsequent operations. However, there is a challenge in unifying various modules and components into a single system and optimizing them for functionality. A mechatronic solution is proposed for material sorting within the production manufacturing process, leveraging Siemens TIA Portal and NX 2007. The solution involves constructing a physical platform and realizing a digital twin system to enable real-virtual interaction via communication protocols. Initially, a virtual material sorting simulation and debugging platform is established using NX software, while operations are conducted in the TIA Portal. Subsequently, the control program is designed within the TIA Portal, and Virtual PLCs are created using PLCSIM Advanced for virtual debugging and analysis, confirming the solution's feasibility. Following this, the physical material sorting platform is developed, utilizing Siemens S7-1500 PLC to manage inverter and servo motor operations. Ultimately, the OPC UA communication protocol facilitates information exchange between the physical PLC and the virtual platform, establishing effective linkage between the virtual system and the physical model to ensure coordination and consistency. Results demonstrate real-time synchronization and virtual sorting operations during joint real-virtual debugging. This digital twin design solution is poised to significantly enhance manufacturing efficiency, reduce initial hardware costs in factory design, and augment automation and intelligence in production.

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“…This step is implemented thanks to the NX MCD environment, it is a professional environment used for industrial solutions proposed by Siemens [16]. The article [4] shows that there are tools for verifying algorithms controlled from the level of the driver program to a virtual 3D object. Another interesting platform is the DELMIA solution proposed by its manufacturer [17], [12].…”

Section: Introductionmentioning

confidence: 99%

Visualization of Control Processes a nd Code Validation

Rybczak¹,

Trzcińśki²,

Wenta³

2021

IJITEE

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The article contains an overview of articles related to the description of control process visualization. It provides short information on how to visualize the production line based on two programming environments: Factory IO and Inventor together with Matlab/Simulink. The analysis of these two environments concerns control of a virtual 3D object from a real PLC. Both virtual production line projects are based on control from the S7-1214 DC/DC/DC controller. Currently, there is a need to validate the program code or control process which has been done using several commercially available programs.

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Research on Rigid Body Motion Tracing in Space based on NX MCD

Cited by 3 publications

References 3 publications

Design of virtual and real system of assembly platform based on digital twin

Design of virtual and real system of assembly platform based on digital twin

Design of a material sorting digital twin system based on NX MCD

Visualization of Control Processes a nd Code Validation

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