DEM simulation of the inclined screw conveyor using PhasisFlow
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- Опубликовано: 7 фев 2025
- You see the conveying of solid particles to higher elevations by an inclined screw conveyor.
The results are obtained based on the discrete element method (DEM) simulations.
The simulations were performed using an in-house parallel code developed in C++.
Screw diameter: 12 inches
rotation speed: 75 RPM
Code for performing simulation:
github.com/pha...
For more information visit:
www.cemf.ir/sc...
Great clear demonstration of the auger. I tried this in Blender with rigid bodies, but this is very nice. Thanks.
Now explain to me how you will make this zero gap between screw and pipe? Normally 1/2" gap is considered in real world.
Nice Video Sir..
Sir I have a one question.
For Screw Conveyor Capacity calculation taking 1/4 th area of screw dia is it ok?
Nice presentation sir...is it possible to convey materials with 50mm particle size?
I am from a PVC manufacturer...our objective is to find out a screw conveyor which can convey
large particle crushed PVC.
thanks.
Great, I interesting in developed a tubular conveyor with python you have an idea, the challenger for me is the force in cohesion
NICE!!!
سلام ،امکانش هست که بگید با چه نرم افزاری شبیه سازی ریزش مواد رو انجام دادید؟؟
github.com/phasicFlow/phasicflow
What programs do you wear it for make a screen conveyor animation
Paraview
What is program 3d
Paraview
Kahan se hain aap Humko Ek chahie
Hello Please tell me the Software name ?
Hi, have a look at
github.com/phasicflow/phasicflow
Perais keya he iska
Sir, can we convey wet coffee fruit skin
salem
Can you send me a design
Maaza electric
Kolhapur
Scru canver
Contact nobar
Hi Hamid Reza,excellent presentation and just visited your website.we do require very often to perform SIMULATIONS prior to production start of our SCREW CONVEYORS.We design and fabricate screw conveyors serving a vast range of industries (custom tailored according to clients EDS).kindly send your email address enabling us to communicate further.kind regards
Hi, I cannot provide email address in a comment to protect my inbox from spam emails. Just follow this link address.
www.cemf.ir/center-of-engineering-and-multiscale-modeling-of-fluid-flow/contact-cemf/
@@Hamid1Reza Hi, i have sent you a request by following your link.kindly confirm its receipt .regards
Why do you need to perform simulation ??