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SimScale
Германия
Добавлен 19 авг 2013
The official RUclips channel for SimScale.
SimScale enables engineering teams to access accurate and fast simulation, on their terms, without compromise. We make engineering simulation technically and economically accessible from everywhere, at any time, and at any scale, in the cloud. We deliver instant access to fluid, thermal, and structural simulation to hundreds of thousands of users worldwide. With SimScale, high-fidelity multiphysics simulation has moved from a complex and cost-prohibitive desktop application to an inclusive, agile, cloud-native engineering simulation platform. SimScale is a SaaS company that follows a subscription-based pricing model, visit simscale.com for more information.
SimScale enables engineering teams to access accurate and fast simulation, on their terms, without compromise. We make engineering simulation technically and economically accessible from everywhere, at any time, and at any scale, in the cloud. We deliver instant access to fluid, thermal, and structural simulation to hundreds of thousands of users worldwide. With SimScale, high-fidelity multiphysics simulation has moved from a complex and cost-prohibitive desktop application to an inclusive, agile, cloud-native engineering simulation platform. SimScale is a SaaS company that follows a subscription-based pricing model, visit simscale.com for more information.
Ready for AI? Preparing your teams for AI-Powered Computational Design
Engineers are just beginning to adopt the transformative potential of AI in CAE. But, AI comes with a host of challenges including training data, collaboration, prediction accuracy, and more.
In this webinar, Duann Scott from CDFAM, Matthias Bauer, CEO at NAVASTO, and SimScale’s David Heiny, share insights on the critical advances in computational design driving the adoption of next-generation technologies needed to accelerate innovation and advanced manufacturing.
The webinar also provides real-world examples of how the world’s first engineering simulation software platform that has both the physics solver and AI predictions side-by-side, accessible from a web browser, is being used by lea...
In this webinar, Duann Scott from CDFAM, Matthias Bauer, CEO at NAVASTO, and SimScale’s David Heiny, share insights on the critical advances in computational design driving the adoption of next-generation technologies needed to accelerate innovation and advanced manufacturing.
The webinar also provides real-world examples of how the world’s first engineering simulation software platform that has both the physics solver and AI predictions side-by-side, accessible from a web browser, is being used by lea...
Просмотров: 127
Видео
In the Fast Lane - Simulation for Motorsport
Просмотров 333Месяц назад
Ilmor Engineering, Inc. is a globally recognized provider of high-performance engines known for innovative designs that maximize power, durability, and efficiency. Engineering simulation is needed to continuously design new high-performance parts and prepare them for races at short notice. SimScale has provided Ilmor Engineering with accurate simulation of both structure and fluid flows, result...
Unlocking Peak Performance: Optimizing Automotive Compressors through Simulation
Просмотров 365Месяц назад
From turbochargers to hydrogen fuel cells, compressors are an integral part of vehicle design. Understanding and improving compressor performance early in the design stage plays a critical role in enhancing engine efficiency and speed, and reducing vehicle emissions. Cloud-native simulation in SimScale drives innovation in automotive compression technology by enabling early and frequent use of ...
Electrostatics: SimScale’s New Electromagnetics Simulation
Просмотров 152Месяц назад
Electrostatic analysis is an electromagnetics method dedicated to exploring electric fields, charges, and their interactions in states of electrostatic equilibrium. It provides invaluable insights into the electric field in the presence of conductive and insulating materials. By determining the electrical potential, field, forces, and capacitive coupling between different components, electrosta...
Done in 60 Seconds: Automotive Design Simulation with SimScale and Onshape
Просмотров 220Месяц назад
Automotive engineers are rapidly moving to adopt next-generation cloud-native design tools powered by AI. In this webinar, we show how automotive manufacturers and suppliers are leveraging AI-accelerated structural, thermal, and flow simulation in a controlled and supervised roll-out, thus reducing the risk of widespread uptake by designers and non-simulation experts. Specifically, we demonstra...
A Simple AI & CFD Workflow for EV Battery Pack Cooling Design
Просмотров 6062 месяца назад
Valispace, part of the Altium Group, offers design and requirements engineering using AI and automated design iteration for users. This webinar demonstrates a simple workflow to optimize the design of an electric vehicle battery pack using Valispace and the thermal and CFD features in SimScale. An electric vehicle’s drive mode affects the amount of heat generated by each battery cell. The workf...
A New Workflow for 3D Thermal Bridge Calculations
Просмотров 2382 месяца назад
Beyond Carbon is a team of Passivhaus designers, architectural physicists, and engineers with a passion for delivering excellent buildings and facilitating amazing architecture and place-making. They specialize in making complex, large-scale Passivhaus buildings achievable with the lowest whole-life carbon and energy impacts. They have teamed up with SimScale, a cloud-native engineering simulat...
Structural Analysis for Automotive
Просмотров 2953 месяца назад
Learn about how you can use SimScale to evaluate the advanced structural analysis of a wide array of automotive components all from a single web platform. Learn more about SimScalel for automotive: hubz.li/Q02s_8By0 Follow us on social LinkedIn: hubs.la/Q01cDsPX0 Facebook: hubs.la/Q01cDtKN0 Twitter: hubs.la/Q01cDv2y0 Instagram: hubs.la/Q01cDvb40 Instagram (Life at SimScale): hubs.la/Q01cDvrz0
CFD Analysis of a Ventilated Car Seat
Просмотров 1893 месяца назад
Car seat systems are advancing beyond heated seats and many now include active cooling, pneumatic air cushions, and more. In this video, see how to perform a CFD simulation of ventilated car seats. Learn more about SimScale for automotive: hubz.li/Q02s_8Bw0 Follow us on social LinkedIn: hubs.la/Q01cDsPX0 Facebook: hubs.la/Q01cDtKN0 Twitter: hubs.la/Q01cDv2y0 Instagram: hubs.la/Q01cDvb40 Instagr...
AI Capabilities - Muffler Example
Просмотров 1473 месяца назад
In this demo, we show the SimScale AI capabilities using an exhaust muffler as an example. Learn more about SimScale for automotive: hubz.li/Q02s_8C10 Follow us on social LinkedIn: hubs.la/Q01cDsPX0 Facebook: hubs.la/Q01cDtKN0 Twitter: hubs.la/Q01cDv2y0 Instagram: hubs.la/Q01cDvb40 Instagram (Life at SimScale): hubs.la/Q01cDvrz0
Thermal Performance Evaluation of a MHEV Inverter
Просмотров 1163 месяца назад
SimScale can be used to evaluate the thermal performance of a mild hybrid electric vehicle (MHEV) inverter including joule heating, conjugate heat transfer, etc. In this demo, we evaluate the performance of a liquid-cooled inverter. Learn more about SimScale for automotive: hubz.li/Q02s_8x90 Follow us on social LinkedIn: hubs.la/Q01cDsPX0 Facebook: hubs.la/Q01cDtKN0 Twitter: hubs.la/Q01cDv2y0 I...
SimScale's Technology Around Hydrogen
Просмотров 643 месяца назад
Learn how to import your CAD, set up a simulation, and run an analysis in SimScale. In this example, we use a high-pressure valve as an example. Learn more about SimScale for automotive: hubz.li/Q02s_8w30 Follow us on social LinkedIn: hubs.la/Q01cDsPX0 Facebook: hubs.la/Q01cDtKN0 Twitter: hubs.la/Q01cDv2y0 Instagram: hubs.la/Q01cDvb40 Instagram (Life at SimScale): hubs.la/Q01cDvrz0
Simulating External Automotive Aerodynamics
Просмотров 4343 месяца назад
See how to use SimScale to set up and run an external aerodynamics CFD simulation. Learn more about SimScale for automotive: hubz.li/Q02s_8w10 Follow us on social LinkedIn: hubs.la/Q01cDsPX0 Facebook: hubs.la/Q01cDtKN0 Twitter: hubs.la/Q01cDv2y0 Instagram: hubs.la/Q01cDvb40 Instagram (Life at SimScale): hubs.la/Q01cDvrz0
Conjugate Heat Transfer Analysis of a Headlight
Просмотров 903 месяца назад
In this demo, we use an off-road vehicle headlight as an example to run a conjugate heat transfer simulation using the immersed boundary method (IBM). Learn more about SimScale for automotive: hubz.li/Q02s_8vg0 Follow us on social LinkedIn: hubs.la/Q01cDsPX0 Facebook: hubs.la/Q01cDtKN0 Twitter: hubs.la/Q01cDv2y0 Instagram: hubs.la/Q01cDvb40 Instagram (Life at SimScale): hubs.la/Q01cDvrz0
Thermal Simulation of a BEV Battery Cooling Plate
Просмотров 2523 месяца назад
Thermal Simulation of a BEV Battery Cooling Plate
SimScale for Automotive Suppliers & OEMs
Просмотров 1313 месяца назад
SimScale for Automotive Suppliers & OEMs
Simulation Co-Pilot: AI and Physics Working Together to Accelerate Engineering Innovation
Просмотров 5954 месяца назад
Simulation Co-Pilot: AI and Physics Working Together to Accelerate Engineering Innovation
Optimizing Fanless Cooling in Industrial Computing Hardware
Просмотров 2774 месяца назад
Optimizing Fanless Cooling in Industrial Computing Hardware
SimScale Demo Electric Motor Differentiators
Просмотров 1794 месяца назад
SimScale Demo Electric Motor Differentiators
Designing the Ultimate High-Performance Bike Wheel
Просмотров 2794 месяца назад
Designing the Ultimate High-Performance Bike Wheel
Joule Heating Simulation to Accelerate Innovation in Power Electronics
Просмотров 2624 месяца назад
Joule Heating Simulation to Accelerate Innovation in Power Electronics
Time-Harmonic Magnetics: SimScale’s New Electromagnetics Simulation
Просмотров 2625 месяцев назад
Time-Harmonic Magnetics: SimScale’s New Electromagnetics Simulation
Enhancing the Hydrogen Supply Chain Through Cloud-Native Simulation
Просмотров 2305 месяцев назад
Enhancing the Hydrogen Supply Chain Through Cloud-Native Simulation
Innovative Energy Solutions: Exploring Fluid-Structure Interaction with SimScale
Просмотров 4125 месяцев назад
Innovative Energy Solutions: Exploring Fluid-Structure Interaction with SimScale
SimScale-Valispace Integration Overview
Просмотров 3257 месяцев назад
SimScale-Valispace Integration Overview
Building Performance Analysis Simulations From Your iPad
Просмотров 9147 месяцев назад
Building Performance Analysis Simulations From Your iPad
Hello sir
how you get the model of car
Thank you for your tutorial. Could you please send your email address?
BILO THANK YOU
Hi Josef, I am importing a solid work stl file in the SImscale. But then it does not show the option of the first dropdown menu. Can you suggest any corrections in steps.. ? please help. it is for my final project.
Hello. You can find more information on importing CAD files here: www.simscale.com/docs/cad-preparation/. If you still need help, please utilize the forum (www.simscale.com/forum/) or the chat support button in the bottom right hand corner.
I don't know why amazing and excellent videos get less views!!
hello at 32:21 , the pressure moment is along y is negative , what dose that mean , it would be great if someone would eloborate on that topic , cause ive been trying to make a similar project and im getting my moments along that axis as negative
Too much extraneous discussion and not enough core material discussion.
Subscribed. The Matrix. No crime here.
Very informative, thanks for sharing
In ISO4210 the horizontal front load is described with a mass that is falling from a specific height on the front axle of the bicycle but not as a force. How did you come up with the 2x1000N of force acting on the axle?
why i cant select the automatic contact detection?
Are you using auto tuned 👀
I missed these videos. Please upload frequently.
deep fried
Fewer 90° elbows ! ! Anyone wonder why a pump manufacturer would BUILD IN A 90° angle right into the pump housing/Volute? ? ? Regardless of how well you lay out your system. you will always have one more 90 - built in for no apparent reason. It may look neat to have the output lined up and centered on the input but is that really worth an extra 90?
there is overshoot design!
AT 30:30 ROI in a nutshell the diagram shows GREEN lines coming straight into the pump - is this accurate....is there actually any CFD paying attention to this water because; to the best of my knowledge the water Swirles in a vortex some time before it enters the impeller domain... is this right or does the water truly shoot straight into the EYE Tangent to the rotational plane? this is a very important point because ALL WATER Swirles down pipes rotating in one direction or another with few exceptions and sometimes reverses or becomes turbulent after bends or 90° elbows or U-Turns. it seems that the inlet rotation of the fluid would be a very important issue that could greatly effect pump performance; especially with respect to cavitation .... A pump with a slight rotation in the same direction as the impeller could greatly reduce the cavitation "Shock" at the leading edge and a rotation opposite of the impeller would increase the pressures at the point of impeller contact.....Please help on this point. Thank you
I have no idea what I am watching. It's great.
Can I export the CFD results in pdf or something?
Thanks for having us, keep up the great work!
if its not a thing anymore please update the video or at least just remove this one... looks like your cad app replaced this option? documentation is lacking at best with SimScale
You can learn more about Flow Volume Extraction here: www.simscale.com/knowledge-base/flow-volume-extraction/
@@SimscaleSimulation I did read that and more, the info is lacking at best as stated, misleading, and not intuitive at all. I got my sims working in the end though it was cumbersome and backwards...
Thanks for the video, Nice explanation
how can i get the simulation file ? cant find it from public project
www.simscale.com/projects/?search=data+center+cooling-editorial+demo-baseline
density in m3/kg was error! kg/m3 is correct! ,and n Rotation in rev/s or rev/minute ? I am not sure !
I am thrilled! I haven't seen the video in full yet, only excerpts. I'll watch it in full over the next few days. But I already have a question: Is the propagation speed of the magnetic field correctly taken into account? This should be taken into account for permanent motors that run at a very high speed. Or if you want to look at the propagation of magnetic fields in chips with very high frequencies, that would also be important.
Hii... Could you please help me to design a prismatic battery pack(23S4P) and do the thermal simulation for the same?
BESTTT
You don’t hear that everyday!
Hi sir how to get the pressure as CSV file?
thank you!
in the minute 26 you wrote that the flow rate is 756 cubic meters/s its segnificantly big you sure about it ?
Ha ha Yes My eyes popped out for a second but then I thought he said .....um .... per hour...? not sure
Could you please share the CAD model of the drone arm?
You can search the Public Projects for drone workshop (www.simscale.com/projects/?search=drone+workshop) and make a copy of a project of your choosing. On the left hand side under the Geometries tree you can download the CAD. However, since this is an old simulation, the geometry may be outdated. If useful, here is a different, updated drone (quadcopter) public project: www.simscale.com/projects/Templates/quadcopter_drone/
Excellent thank you
How to I convert a specific geometry to a mesh, and then use that geometry for a simulation?
You can learn more about meshing in the documentation here: www.simscale.com/docs/simulation-setup/meshing/. Also feel free to check out the SimScale forum: www.simscale.com/forum/
how do you create the parameters? I have my fan but I don't know what else to do. You don't show how to make the flow sim itself
Please check out our Documentation (www.simscale.com/docs/) or Knowledge Base (www.simscale.com/knowledge-base/) for more information. You can also search or ask your question in the SimScale Forum (www.simscale.com/forum/). If you still need support, feel free to contact us (www.simscale.com/contact-us/) or use the in-platform support chat.
When is this going to be available for us? Looks amazing!
AI features are currently being rolled out. Learn more in this blog (www.simscale.com/blog/ai-new-era-engineering-simulation/), this release webinar (www.simscale.com/webinars-workshops/ai-based-physics-predictions/), or our upcoming AI webinar on March 13th (www.simscale.com/webinars-workshops/ai-physics-working-together-accelerate-engineering-innovation/). Feel free to contact us (www.simscale.com/contact-us/) if you have any specific questions about the AI features or gaining access.
Which kind of neural network it is using?
We are using a Graph Neural Network that learns directly from shapes and is provided by our partner NAVASTO. For more information, please contact us: www.simscale.com/contact-us/
Good lecture!
Good tutorial!
Hello to the owener. I am currently doing CFD thesis on a Kaplan turbine. Can you help me with the geometry? I like your geometry, and I am struggling on creating one. Thank you.
The CAD geometry is included in the public project. You can find the public project used in the video here: www.simscale.com/workbench/?pid=1220870254291642436&mi=spec%3A04865162-10c9-481e-a96f-9fb1495b4b13%2Cservice%3ASIMULATION%2Cstrategy%3A5. As this is an old video and project, some of the geometry may be outdated (it will say in the Geometries tree section on the left). You can also search public projects for kaplan turbines: www.simscale.com/dashboard/v2/search?q=kaplan%20turbine Lastly, if you cannot find what you need, you can always search for free CAD models online to import (e.g., grabcad.com/library?page=1&time=all_time&sort=recent&query=kaplan%20turbine).
I cannot find the "Generate Enclosure" feature anywhere... Can you guys please update these tutorials please?
Please have a look at our Documentation (www.simscale.com/docs/), check out the Forum (www.simscale.com/forum/), or use the in-product chat support (bottom right hand corner) for any questions.
Can you guys update your tutorials please? I am trying to simulate the external aerodynamics of a rocket and there is virtually nothing similar.
Why is the gauge pressure zero (For the pressure outlet boundary condition)? Shouldn't it be 1 atm or 101325 Pa?
сделай на русском
Can you run 2d simulation on this
For simple geometries we can run a 2D simulation. The model has to be 3D but very thin and the two sides need to be defined a slip wall boundary conditions or periodic or empty 2D depending on the analysis type.
Is community version free for working professional for learning purpose?
Everyone is able to use the professional plan. You can find the details about the specific plans here: www.simscale.com/product/pricing/
why are you talking tooooo much???????//
Marvelous
Hi. Is this simulation project available in public? I really want to have a look at it.
Here is the link to the project that you can make a copy of: www.simscale.com/projects/djshort/vibrarion_anslysis_of_a_motor_-_copy/
@@SimscaleSimulation Thank you so much. Really nice of you. It'll be a great help.