Solid Edge Simulation - SITECH PLM
Simulation Analysis l FEA

Finite Element Analysis (FEA) in Solid Edge

Solid Edge Simulation is worked in limited component examination (FEA), permitting configuration architects to carefully approve part and get together structures inside the Solid Edge condition. In light of demonstrated Femap limited component displaying and NX Nastran solver innovation, Solid Edge Simulation essentially decreases the requirement for physical models, which brings down your material and testing expenses, and spares configuration time.

Amazing simulation functionality inserted inside Solid Edge

Solid Edge Simulation fundamentally decreases the requirement for physical models, which brings down your material and testing expenses, and spares configuration time.


Programmed production of limited component models

With Solid Edge Simulation you can make limited component models for strong and sheet metal structures consequently, just as make changes in accordance with refine the work to improve precision of the outcomes. For gatherings, Solid Edge Simulation offers programmed contact location and sets up sensible segment association, including iterative direct and stuck contact.


Limit condition definitions for practical situations

Solid Edge Simulation gives the majority of the limit condition definitions that you’ll have to show sensible working situations for examination. Burdens and requirements are geometry-based and simple to set up utilizing Solid Edge’s Quick Bar input alternatives and handles. Approve warm and cooling execution, for example, transient warmth exchange with time history results.


Complete graphical post-handling instruments

Translate and comprehend the subsequent model conduct rapidly with the exhaustive graphical post-preparing apparatuses in Solid Edge Simulation. In the event that the outcomes demonstrate that a structure refinement is required, at that point Solid Edge Simulation lets you effectively achieve this by using Solid Edge’s synchronous innovation to make the required model changes.

Full movement recreation

Consolidates propelled apparatus and engine associations with a timetable control that permits configuration architects to check for full scope of movement, leeway and impacts consequently.

Stress examination and reproduction

Bar investigation verifies whether congregations are overbuilt, in light of the measure of pressure applied on them, sparing assembling assets.

Vibration reenactment

Decide the regular frequencies of a section or get together in free vibration, just as the normal relative removals of the structure when at the common recurrence.

Clasping reenactment

Decide the heap at which a structure winds up unsteady, which is particularly basic for models that contain thin parts or congregations that contain slim segments.

Warm reenactment

Both relentless state heat exchange examination and warm pressure investigation, enabling originators or architects to break down warm conditions on mechanical or electro-mechanical gatherings.

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