What is Virtual Twin Technology?
Virtual Modelling, Collaboration, and Optimisation for Flawless Execution
Virtual Twin technology allows organisations to create dynamic virtual models of real-world products, facilities, assets, and processes that are powered by real-world data and enable manufacturers to cooperate, model, optimise, and execute efficiently.
Simulating the outcomes of numerous scenarios in the virtual model assists manufacturers in developing the best strategies in accordance with commercial and sustainability objectives.
What is the difference between Virtual Twins and Digital Twins?
Unlike a digital twin prototype that focuses on one specific object, virtual twin technology allows you to visualise, model, and simulate real-world products, facilities, assets, and processes.
Virtual Twin Experience on the cloud
An executable virtual model of a physical system to bring learning and experiences taken from the real-world processes to update the digital twin model.
Achieving a closed-loop capability is the full realisation of benefits to be gained from the convergence of the Virtual and Real Worlds
Key Features:
Key Components of Virtual Twin Success
Leveraging Virtual Twin technology requires four discrete components: collaboration, modeling, optimisation, and performance.
01
Collaboration
Collaboration is the process through which the various stakeholders in any business come together to work out the needs, wants, and goals of the overall project using lean principles.
02
Modelling
Modelling is the foundation for digitalisation. It is the accurate portrayal of machines, processes, and workflows created by depicting physical systems (and often humans as well). Accuracy is critical here, and it must be maintained throughout the project's lifespan.
03
Optimisation
Optimisation is the payoff from the Virtual Twin Experience, the process by which modifications are evaluated, tried digitally, and tested again to decrease production bottlenecks and improve efficiency. This is when planning modifications become true "what if" experimentation, iterating various changes in real time, from equipment cycles to worker time and motion study.
04
Performance
Performance is the goal of the actual implementation of the new processes and procedures worked out in the virtual factory. A successful Virtual Twin Experience allows for quick, trouble-free production modifications with minimal downtime. Sensor-equipped equipment then transmits real-time data back to the twin to confirm results and provide a fresh baseline for the following set of experiments and improvements.
Virtual Twin Software from TriMech
3DEXPERIENCE NETVIBES
3DEXPERIENCE NETVIBES products assist customers in revealing information intelligence. Discover your insightful data to make educated business decisions.
NETVIBES OnePart
NETVIBES OnePart provides a full set of applications to classify company assets, identify master parts for reuse, and ensure Engineering selects the preferred part.
PowerFLOW CFD
Predict real-world conditions through our PowerFLOW CFD, powered by unique, inherently transient Lattice Boltzmann-based physics to accelerate product development.
SIMULIA Abaqus
Learn about the advanced finite element simulation for structural analysis provided by the SIMULIA Abaqus Unified FEA product package.
SIMULIA CST Studio Suite
The SIMULIA CST Studio is a high-performance 3D electromagnetic (EM) analysis software package for designing, analysing, and optimising components and systems.
Virtual Twin Content
Learn more about Virtual Twin solutions with our resource content:
