#01 Creo Live Simulation- Structure Simulation Study with Beam

#MdDesignAcademy #creoparametric #Creo #design #simulation #creosimulation #liveSimulation
In this video tutorial we will learn about Structure Simulation study with I- Section Beam.
To download the parts used in drawing follow the link: drive.google.com/drive/folder...
1. Overview of Creo Simulation Live:
Creo Simulation Live is a rapid prototyping simulation tool. Engineers and designers who are not full-time analysts can use Creo Simulation Live to try out 3D simulations on models, early in the design. You can interactively change materials, loads, constraints, or results and view almost instantaneous simulation results. Then visualize the results of an analysis without a detailed understanding of the design.
As an analyst, you can use the results from a concept design from live simulation, and reduce the number of high-fidelity simulations that are normally required later in the design.
2. Hardware Requirements for Creo Simulation Live:
The fast computation and superior visual experience in Creo Simulation Live relies on the latest graphics processing unit (GPU) technology. To run Creo Simulation Live, PTC recommends the following minimum hardware:
-A dedicated NVIDIA GPU card based on the Kepler, Maxwell, or Pascal architecture or a later architecture and the following:
-A minimum of 4GB of video RAM. 8GB of video RAM is recommended for better results.
-The latest NVIDIA drivers installed.
3. Creo Simulation Live User Interface:
To access the Creo Simulation Live user interface, select the Live Simulation tab.The user interface contains the following groups, commands, and shortcuts:
A. Study
◦ Add Simulation-Creates the following simulation studies:
▪-Structure simulation study.
▪-Thermal simulation study.
▪-Modal simulation study.
▪-Internal or external fluid simulation study.
▪ Import Existing Simulation-Imports existing simulation studies.
B. Constraints-You can create the following structure constraints for structural and modal analyses:
◦ Fixed-Prevents translational motion of a surface in any direction.
◦ Displacement-Allows movement of the selected surface by a prescribed value.
◦ Pin-Controls the axial movement of a cylindrical surface, while allowing angular movement, and keeping radial movement fixed.
◦ Ball-A ball joint where the translation is fixed and the rotation is free
C. Forced/Displacement tab:
-Von Mises Stress-A combination of all stress components.
-Deformation-Deformation of the model-either total or in a specific direction.
-X Normal Stress-Normal stress along the X-axis.
-Y Normal Stress-Normal stress along the Y-axis.
Z Normal Stress-Normal stress along the Z axis.
XY Shear Stress
YZ Shear Stress
XZ Shear Stress
Middle Principal Stress
Local Reaction Force
Reaction Resultant
4. Result Rendering Method:
Rendering Method-Selects the result rendering method used to generate the result image in the graphics window:
A. Surface-Shows you the results on the surface of the model.
B. Composite-Views activity inside the model.
C. Inverse Surface-See behind the first surface encountered in the model from a specific viewpoint. This is referred to as surface skipping. This technique gives you a better understanding of the underlying structure of complicated models.
D. Iso-surface-Visualizes the surfaces that correspond to a specific value of a quantity.
E. Max Value-Displays the maximum value of a quantity found along a line of sight drawn from your eye to the back of the model.
E. Min Value-Displays the minimum value found along a line of sight drawn from your eye to the back of the model.
Follow the link to watch complete Creo Parametric tutorial's on:
1. Creo Sketch- • Creo Sketch Module
2. Creo Part Modelling- • Creo Part Module
3. Creo Assembly Design- • Creo Assembly Design
4. Creo Detailed Drawing- • Creo Drawing
5. Creo Sheetmetal- • Creo Sheet Metals
6. Creo Layout- • Creo Layout
7. Creo Simulation- • Creo Simulation
8. Creo Practice Sessions- • Creo Practices Session
9. Creo Complete Session- • Creo Parametric Tutori...
If you have any questions or comments, please feel free to post or you can send me an e-mail to: [e-mail].
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[@deepakjaiswal6039]

Thank you so much sir.... 🙏😊

[@MDDesignAcademy]

Keep watching and learning 😌

[@xxhimanshubakshixx]

when i am opening this beam part downloaded from your google drive file, it is opening in render studio instead of creo paramatric. why is this happening??

[@MDDesignAcademy]

Do not direct open the file. First open part module of creo then use Open option

[@xxhimanshubakshixx]

@@MDDesignAcademy got it!!

[@rahulsaini-vo6kl]

Hi when will other simulation video coming

[@MDDesignAcademy]

Within 2 days.

[@chat8157]

Can you calculate the heat? Thank

[@MDDesignAcademy]

For calculating the heat you have to select thermal simulation.

[@spencer4648]

☝️ 'promosm'

[@MDDesignAcademy]

No