Deneb enhances system and subsystem level models with physics-based motion, virtual reality immersion, and ergonomic evaluation capabilities for highly accurate 3D simulation, analysis, and visualization. For mechanical design and load prediction, dynamic analysis provides the joint interaction force and torque values of a device, based on mass properties, motion planning, inertia, friction, springs, external loads, and gravity. Dynamic simulation graphically shows trajectory behavior and dynamic motion to determine overshoot, dampening, and tracking errors. Designers can analyze component placement and system configuration to optimize operations. Deneb's virtual environment automatically detects component collisions.
Simulation based training can begin before fabrication or installation.
End-users can use the model to achieve proficiency in operating and maintaining systems and subsystems without risk to the operators or equipment. The CAD-based models precisely represent the actual geometry and motion characteristics associated with the real world system. In this environment, users are able to design, build, test, operate, and support multiple product and system scenarios in a fast, efficient, and cost-effective manner. Options are available to support multiple person simulation and Virtual Collaborative Engineering. In addition, a wide array of visual display systems, position and object tracking systems, and event feedback devices are supported.