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Parametric Analysis in ANSYS Workbench Using ANSYS Fluent

Oleksandr Babenko
in CFD
5 1 Beginner
This tutorial illustrates using an ANSYS Fluent fluid flow system in ANSYS Workbench to set up and solve simply turbulent fluid flow
cfd parametric parameter workbench ansys tutorial fluent

CFD of a TESLA Valve

ProtoMinds
in CFD
6 2 Beginner
A Tesla valve, called a valvular conduit by its inventor, is a fixed-geometry passive check valve. It allows a fluid to flow preferentially in one direction, without moving parts. The device is named after Nikola Tesla who was a great inventor from Serbia and was seen as a constant competitor against Albert Einstein. This valve mainly offers advantages such as scalability, durability, and ease of fabrication in a variety of materials. It is also used in macro-fluidic applications and pulse jet engines
solidworks flow simulation airflow cfd fluids

Ansys Fluent UDF Tutorial: Kunz Cavitation Model

S. B.
in CFD
5 3 Intermediate
Ansys Fluent UDF Tutorial: Kunz Cavitation Model
tutorial cfd fluent ansys

Solidworks flow simulation | Flow of air over hot sphere

Ahmed Sakib
in CFD
5 0 Intermediate
Flow of cold air over hot sphere using solidworks.
solidworks sphere cfd air flow flow over sphere

Fluid Flow in A TURBINE (Fluid-Flow-CFX) ANSYS

Mukesh Ch Joshi
in CFD
6 1 Intermediate
in this video i am going to tell you how to make "Fluid Flow in A TURBINE (Fluid-Flow-CFX) ANSYS". you can check it out in YouTube by clicking here :- https://youtu.be/8rAj3Ld87Q4 Also you can visit my detailed blog on this topic :- https://www.mechprof.com/2020/06/fluid-flow-in-turbine-fluid-flow-cfx.html
ansys water flow turbine cfd

Heat Transfer Coefficient HTC in Ansys CFX

S. B.
in CFD
5 2 Beginner
Mesh independent calculation of Heat Transfer Coefficient HTC in Ansys CFX
heat transfer thermal htc cfd tutorial ansys

Design of Geneva Wheel Mechanism with MOTION ANALYSIS in UNIGRAPHICS

MANIKANTHA P
in Process Simulation
5 0 Intermediate
A mechanism which used in motion picture film projectors to intermittently advance film through a film gate having a projection aperture. The film is moved or advanced by a Geneva Mechanism (also known as a “Maltese Cross”) until an image frame is in alignment with the projection aperture. Link to join our community: https://www.youtube.com/channel/UCVbjnpjSOH2BrLBYhqdXW4g?sub_confirmation=1
NX Unigraphics mechanism geneva analysis simulation motion unigraphics

Simulation of 6-DOF Manipulator

Mohammad R. Haj
in Process Simulation
4 0 Intermediate
Simulation of 6-DOF Manipulator in Solid Works & MATLAB with Simscape Plugin
plugin simscape manipulator dof forward kinematic inverse simulation

Feeding System of an Injection Mold

Murali K
in Tooling
4 0 Beginner
The function of the mold feed system is to make the high temperature melt under high pressure go into the mold cavity to fulfill that. The style and quantity of gate and feed style often determine the specifications of plastic mold base. Whether the design of the gate system is reasonable will directly affect the appearance, internal quality, dimension precision and molding cycle of the molded plastic parts. Concept and classification of feed system The feed system of the mold is a section of the melt flowing passage from the nozzle of the injection molding machine to the cavity; it can be divided into two main types: cold runner system and hot runner system. Ordinary the cold runner system is also divided into the side gate system and point gate system. The gate system is composed of the main runner, sub-branch runner, the cold material well and the gate. The hot runner system has no main runner and sub-branch runner. The melt passes through the manifold plate and the hot nozzle directly from the gate into the cavity. Design principle of feed system The design of feed system should follow the principles. (1) Ensure the appearance quality of the products.Any gate will leave traces on the surface of the product, thus it will affect the surface quality. In order to not affect the appearance of the product, design should try to set the gate in the invisible parts of the product. If it is impossible, the gate should be easily removed, and after the removal, the left traces should be the minimum. (2) Ensure the quality of the product.The style and quantity of the gate should be reasonable, which need ensure that the plastic melt quickly fill the cavity and the pressure and heat loss are reduced. The internal organization of products is fine. The design of the gate system should prevent the defects of the products, like the shrinkage mark, short filling, flash, poor weld line, residual stress, deformation, uneven shrinkage, jetting, drooling, resin degradation and other defects. The gate system should be able to smoothly guide the molten plastic to fill cavity in every corner, so that the gas can be discharged, avoiding the bubbles by trapped air. The feed system should collect the melt material of the low temperature, prevent its entering the cavity and affect the quality of the products. The gate and runner system are arranged balanced possibly. Melt plastic can be evenly filled in each cavity, so that the shrinkage rate of each cavity is uniform. The good feed system design could improve the size accuracy of the plastic parts, and ensure the injection part to be interchangeable. (3) The minimum flow resistance.Flow path of the melt plastic should be as short as possible, turning should be reduced and the cross-sectional area of the runner should be reasonably. the appropriate cross-sectional area should be small. The reason is; increasing the small to the big is simple, but the contrary is hard; The small runner reduces the proportion of waste material.; The circular melt can fill the cavity in the shortest time to shorten the molding cycle and improve the productivity of the mold; The less air in the feed system would reduce the venting burden of the plastic mold If The temperature and pressure loss of the melt in the flow channel are small, the molding quality of the product is easy to guarantee. (4)Not affect the automatic production.If the mold is designed for the automatic production, the feed system (runner and gate) should be able to fall off automatically. Contents and steps of the feed system design The design procedure and content are as follows. (1) The type of the gate system. According to the structure, shape and size of the product, they would decide its filling process, like the side gate system, the point gate system or the system without runner, and then determine the adoption of mold base. (2) The design of the gate.According to the structure, size and appearance of the product, determine the form, location, quantity and the size of the gate. (3) The dimensions and locations of the main runner (4) Design of branch runner.According to the structure, size and variety of the products, the shape and cross-section of the branch runner are determined. (5) Design of assistant runner.According to the follow-up process or the structure of the product, determine whether to design the assistant runner, and its Shape and size: (6) Design of cold material well.According to the length of the sub runner and the structure of the product, determine the location and size of the cold material well.

Helical Coil Heat Exchanger CFD Analysis

Diren Deniz Çiçek
in CFD
4 0 Beginner
Helical Coil Heat Exchanger CFD Analysis
heat exchanger cfd

Solidworks Porous Media Flow Simulation [Automobile Exhaust Pipe CFD]

Ahmed Sakib
in CFD
5 0 Intermediate
CFD(Computational Fluid Dynamics) of automobile exhaust pipe porous media will be carried out in Solidworks Flow Simulation module. Aim is to evaluate pressure drop in fluid as it pass through a porous media.
solidworks flow simulation porous media cfd automobile exhaust pipe cfd

Solidworks Mate Control : Robot animation

Bkr ZGR
in Process Simulation
4 0 Intermediate
This video is about how you can use the Solidworks Mate Control. I used Yaskawa 6 axis robot for tutorial.
axis animation robot control mate solidwork

Diseño de Intercambiador de calor simple en Autodesk CFD (heat exchager design in CFD)

Oscar Roberto Tellez Humerez
in CFD
4 0 Intermediate
It's a video series about how to design a heat exchanger in autodesk CFD. It spoken in Spanish, due to there is no so many tutorials in this language in the web.
cad intercambiador de calor spanish tutorial heat exchanger cfd

Heat Transfer or Thermal Simulation

James Martin Adhikary (Founder of CADSON)
in Process Simulation
4 1 Expert
Heat Transfer or Thermal Simulation In Solidworks 2013(Bengali) Youtube Video: https://youtu.be/VTCkEbLywig
simulation heat tutorial bengali modeling design 3d solidworks

Fluent UDF Tutorial of Lee Evaporation / Condensation Model

S. B.
in CFD
4 3 Intermediate
Fluent UDF Tutorial of Lee Evaporation / Condensation Model
evaporation thermal tutorial script ansys cfd
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