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Learn how to simulate real-world conditions and scenarios inside a virtual environment.
Learn how to simulate real-world conditions and scenarios inside a virtual environment.
Biomechanical Experiments.
Biomechanical Experiments.
A great application for digital simulations is the creation of models to test ergonomic and biomechanical scenarios. Using this approach, you can use 3D scans, mesh models, or virtual machines to simulate the physical characteristics of prosthetics and visual or sensory limitations. Other common applications include reconstructive surgery, design of dental appliances, or the fitting of surgical implants.
Failure Analysis.
Failure Analysis.
Another use for digital tools is to measure and quantify the impact of physical changes to objects. Using a 3D scanner and inspection software, we can virtually analyze the physical changes to structures and models after a destructive or stress force is applied. The data and analysis can then be used to change and improve prototypes and designs.
Fluid Dynamics Simulations.
Fluid Dynamics Simulations.
Whether you want to virtually evaluate a design for a building's airflow, a race car, a cargo sled, or an autonomous drone, we can introduce you to software tools that will allow you to recreate the effects of wind, rain, or to other fluid dynamics. You can use this approach to test physical structures like a wind turbine or a shelter design.
Automation & Assemblies.
Automation & Assemblies.
There are various types of software tools that allow you to run simulations of mechanical assemblies using CAD models. The idea is to virtually program various tasks, allowing you to observe, predict and adjust system parameters. The advantage of this approach is the ability to test and visualize the different stages of automation for a single machine or an entire factory line.
Agent Based Modeling (ABM)
Agent Based Modeling (ABM)
This tool enables researchers to assign attributes of virtual agents, implement rules or conditions, and observe the resulting interactions. ABM is used in medical, marketing, economic, and sociological studies to simulate human or system choices, logistical chains, and network effects. Some applications allow you to import 3D CAD models to create virtual training or testing environments.
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