Motion studies are graphical simulations of motion for assembly models. You can incorporate visual properties such as lighting and camera perspective into a motion study. You can use Motion Analysis to accurately simulate and analyze the motion of an assembly while incorporating the effects of Motion Study elements (including forces, springs, dampers, and friction).
Advanced parametric 3D CAD abilities allows for remarkable flexibility in design and manufacturing. The software can also help you create design variations, simulate realistic motion, simplify design geometry, define inspection plans, and utilize dedicated design capabilities such as parameter-driven features and core and cavity commands for plastic parts. Advanced Design helps you create design variations, simulate realistic motion, simplify design geometry, define inspection plans, and utilize dedicated design capabilities for plastic parts. Design and analyze Broad range of predefined plastic form features, user-definable design rules, isotropic and anisotropic scaling • Analyze undercuts, draft, and wall thickness
CATIA is capable of addressing the complete product development process, from product concept specification through product-in-service. It comes with various advanced features from machining to simulation. The range of CATIA capabilities allows it to be applied in a wide variety of industries, such as aerospace, automotive, industrial machinery, electrical, electronics, shipbuilding, plant design, and consumer goods, including design for such diverse products as jewelry and clothing.
Ansys advanced module provide training on advanced analysis tool which are useful for research and development activity for industries. It provides enhance capabilities for research environment in education also for Phd level program. In ansys advance we will be able to perform transient, Nonlinear and fluid analysis related problems. Ansys advance will provide you platform to assist you design and development or R & D department for industries. ANSYS can carry out advanced engineering analyses quickly, safely and practically by its variety of contact algorithms, time based loading features and nonlinear material models.
NX CAM has a tightly integrated post processing system. Multiple levels of NC program validation include G-code-driven simulation, which eliminates the need for separate simulation packages.
NX CAM provides a wide range of functionality, from simple NC programming to multi-axis machining, enabling NC programmers to address many tasks using one system. The flexibility of NX CAM means that the most demanding jobs can be completed easily
It also avails wide range of 2-axis and 3-axis machining capabilities for prismatic and freeform parts – ranging from manual tool path creation and editing to advanced, automated cutting methods.