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ENA2 Innovative Consulting Inc.
Приєднався 28 жов 2019
SIMULIA fluid portfolio under Dassault Systèmes
Looking to speed up your design process, run simulations on a single GPU, and make use of cutting-edge technology? Learn how simulation software can support your business.
Переглядів: 79
Відео
Looking to speed up your design process or simulations on a single GPU?
Переглядів 412 роки тому
Learn about Dassault's Computational Fluid Dynamics simulation software, SIMULIA Feb. 23,2022 Agenda: Introduction to ENA2’s technical and training department A quick history of SIMULIA Fluid Portfolio 3DEXPERIENCE Platform Fluid Dynamics Engineer Role (FMK) SIMULIA XFlow SIMULIA PowerFlow Q&A Webinar: 30min Q&A: 10min Free registration: ena2.com/webinar-fluid-portfolio/
CFD Simulations for Designers and Manufacturers with FMK
Переглядів 5222 роки тому
CFD Simulations for designers and manufacturers with FMK will focus on the Fluid Dynamics Engineer Role on the 3DEXPERIENCE platform is a CAD & PL-embedded CFD approach to drive improved product performance based on design criteria. Check out our 45min webinar introducing FMK and its advantages.
CFD Simulation for Designers and Manufacturers with FMK Webinar
Переглядів 432 роки тому
Register now for CFD Simulations for Designers and Manufacturers with FMK webinar. ENA2 event will be held virtually on September 28th at 11:00AM Mountain Time. This event will bring together ENA2 CFD Specialist and Dassault Systèmes SIMULIA IPS, Fluids Industry Process Expert Senior Specialist, CFD Workflows focused on the advantages of FMK on your business. More info and registration here: bi...
Flow in Porous Media with SIMULIA Xflow
Переглядів 7903 роки тому
Flow-through porous media is observed in different applications such as water movement in geothermal reservoirs, underground spreading of chemical wastes, enhanced oil recovery, etc. SIMULIA XFLow has provided a very strong solver to simulate such flows with its LBM technology. In this webinar we will briefly talk about: The Lattice Boltzmann Method. Techniques to deal with flows in porous syst...
Abaqus Explicit & Implicit Dynamic Analysis
Переглядів 15 тис.3 роки тому
Are you interested in modelling high-speed events such as vehicles crashworthiness, drop testing on a cell phone or blast loading on a structure? Or would you like to learn more about how to simulate slower events such as buckling and permanent deformations? If so, check out our 30-minute webinar introducing explicit and implicit dynamics and how they are applied in Abaqus. For more information...
Flow in Porous Media with SIMULIA Xflow
Переглядів 3403 роки тому
Flow-through porous media is observed in different applications such as water movement in geothermal reservoirs, underground spreading of chemical wastes, enhanced oil recovery, etc. SIMULIA XFLow has provided a very strong solver to simulate such flows with its LBM technology. In this webinar we will briefly talk about: The Lattice Boltzmann Method. Techniques to deal with flows in porous syst...
pcs Pipe Calculation System
Переглядів 1263 роки тому
Pipe Calculation System is a fully integrated and supported extension of Abaqus letting piping engineers work efficiently and effectively with piping systems. This easy-to-learn and fast-to-use interface allows for Finite Element Analysis of Complex piping designs.
Single Phase Flow
Переглядів 643 роки тому
The flow of a fluid as a gas or liquid is observed in plenty of applications. To calculate the valve flow coefficient, lift and drag coefficients of airplanes, drones & cars, wind load on structures, pressure drop in pipes and valves, water hammer in pipes, and air motion in HVAC systems the single-phase flow simulation is performed. ENA2 has rich tools and experienced specialists to conduct si...
Porous Media
Переглядів 1003 роки тому
Any material containing void spaces such as rocks and soil, or any objects with very fine gaps such as radiators and grills are considered as porous zones. Flow simulation in porous media is performed widely to study water movement in geothermal reservoirs, underground spreading of chemical wastes, porous material characteristics determination, infiltration, enhanced oil recovery, etc. CFD spec...
Multi Phase Flow CFD
Переглядів 553 роки тому
The motion of gas bubbles in a liquid, oil drops in water, and solid particles in the air are examples of multiphase flows where two or more fluids are separated by distinct interfaces. These types of flows are widely observed both in nature and industries. To analyze sloshing of the fuel in tanks, cavitation around pumps and propellers, ocean wave loads on ships and structures, gearbox lubrica...
SIMULIA Tips & Tricks for Abaqus Advanced Hex Meshing in Abaqus CAE
Переглядів 3843 роки тому
Hexahedral (brick) meshing should be used whenever possible in any finite element analysis (FEA) model. A brick element is an element with an arbitrary polyhedral shape, consisting of 6 faces, 8 vertices, and 12 edges. When compared with tetrahedral (triangular) elements, brick elements generally provide greater accuracy and require less number of elements given the same cell size. It may not a...
CFD software - Benefits and Advantages of XFlow, Powerflow and FMK
Переглядів 1,9 тис.3 роки тому
CFD software - Benefits and Advantages of XFlow, Powerflow and FMK
Webinar How Abaqus can improve your workflow
Переглядів 1763 роки тому
Webinar How Abaqus can improve your workflow
Generator Vibration Structural Skid Simulation
Переглядів 1244 роки тому
Generator Vibration Structural Skid Simulation
Seismic Analysis Simulation Just BioFibre Home
Переглядів 6114 роки тому
Seismic Analysis Simulation Just BioFibre Home
Finite Element Analysis Simulation - Drill Bit
Переглядів 1,2 тис.4 роки тому
Finite Element Analysis Simulation - Drill Bit
Computational Fluid Dynamics Simulation - Pipeline T-Junction
Переглядів 2,3 тис.4 роки тому
Computational Fluid Dynamics Simulation - Pipeline T-Junction
Computational Fluid Dynamics Simulation of a Drill Bit
Переглядів 6424 роки тому
Computational Fluid Dynamics Simulation of a Drill Bit
How much compuatational time it takes to solve a Tee-Joint ?
I need your help in my research work
Very helpful video
hello is hier any one ! i need help
A question. Why 3ds bought PowerFLOW even though they already have XFLOW which is also the same Lattice Boltzmann system? Is there anyone who knows the story?
Hi, thanks for the video! I have a question? How can I define the application of the dead load if an explicit dynamic step is present in the analysis? Because in this case I can't introduce a previous static general step in wich I can define it.
Hello, Are you offering interactive online courses in Abaqus?? Thanks in advanced
It's a very short, precise and informative video. Great Work
Awesome video! Thank you!
Awesome video. Thank you
Awesome video! Thank you!
Very useful lecture! thank you!
What FEA software are you using? Solidworks, Ansys
Hello, we are actually using Abaqus
@@ena2innovativeconsultingin281 can i do this in Ansys mechanical ??
This is a very informative and compact presentation, great work.
Hi Ronald, Thank you for your comment if you have any questions don't hesitate to contact us!
what software did you use?
Hi is Ansys Fluent
@@ena2innovativeconsultingin281 Thanks
What's the difference between x flow and power flow
Hi Abedeen, so the difference is that XFlow is a good program for high-fidelity CFD. Using Lattice-Boltzmann technology, XFlow will allow the engineer to solve complex problems involving high-frequency transient simulations with real moving geometries, multiphase flows, free-surface flows, and fluid-structure interactions. A prominent feature of XFlow is its automatic lattice generation- which minimizes user inputs, leading to reduced effort in the meshing and pre-processing phases. This allows users to place their focus on design iteration and optimization, rather than simulation setup. and PowerFLOW was developed with the automotive and aerospace industries in mind, leveraging Dassault's Lattice-Boltzmann-based physics to perform simulations that accurately predict real-world conditions. The software performs aerodynamic, aeroacoustic, and thermal simulations with accuracy and efficiency.
Could you share the slide for us to study?
Hello, Jimmy, could you please send us an email to our website asking for the slide.
Very nice video. thanks for sharing. Would you please give a conclusion about what's different functionality of the 3 tools :FMK--PowerFlow--Xflow? Thx.
FMK is a very good program for designers. You can run a simulation, update your geometry in SolidWorks based on the results, and those changes will automatically update in FMK. Then, you can run another simulation on the new model. Because of this, designers are able to iterate very quickly, leading to a more optimized design. XFlow is a good program for high-fidelity CFD. Using Lattice-Boltzmann technology, XFlow will allow the engineer to solve complex problems involving high-frequency transient simulations with real moving geometries, multiphase flows, free-surface flows, and fluid-structure interactions. A prominent feature of XFlow is its automatic lattice generation- which minimizes user inputs, leading to reduced effort in the meshing and pre-processing phases. This allows users to place their focus on design iteration and optimization, rather than simulation setup. PowerFLOW was developed with the automotive and aerospace industries in mind, leveraging Dassault's Lattice-Boltzmann-based physics to perform simulations that accurately predict real-world conditions. The software performs aerodynamic, aeroacoustic, and thermal simulations with accuracy and efficiency.
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