- Видео 30
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Rahul kumar lakshkar
Добавлен 11 дек 2016
Relaxing Time-Lapse with Lofi Music: A Peaceful Escape from Reality
Escape into a calming world with our latest time-lapse video featuring mesmerizing scenes and soothing Lofi music. Sit back and enjoy a serene journey that will transport you to a place of pure tranquility. Our carefully curated scenes and music will take you on a journey that will help you relax and unwind from the stresses of everyday life. This video is perfect for anyone looking for a peaceful escape or a way to wind down after a long day.
#LofiMusic #Relaxation #TimeLapse #PeacefulEscape #CalmingScenes #SoothingMusic #Tranquility #ChillVibes #Meditation #StressRelief #mindfulness
#LofiMusic #Relaxation #TimeLapse #PeacefulEscape #CalmingScenes #SoothingMusic #Tranquility #ChillVibes #Meditation #StressRelief #mindfulness
Просмотров: 77
Видео
Solidworks Tutorial : differential gear box Mechanism
Просмотров 5162 года назад
In this solidworks tutorial, we will explore the simple yet sleek design of the differential gear box Mechanism . This video series will cover the entire solidworks assembly. #SolidWorks Sketching #SolidWorks Surface #SolidWorks Weldments #SolidWorks Assembly #SolidWorks Drawing #SolidWorks Sheet Metal #SolidWorks Mold Design #SolidWorks Simulation #SolidWorks Motion
SolidWorks Tutorial : sniper rifles bullet design
Просмотров 2512 года назад
In this solidworks tutorial, we will explore the simple yet sleek design of the sniper rifles bullet. This video series will cover the entire solidworks assembly #solidworks #solidworkstutorial
SolidWorks Tutorial : Colt M1911 pistol design
Просмотров 8 тыс.2 года назад
In this solidworks tutorial, we will explore the simple yet sleek design of the classic 1911 style. This video series will cover the entire solidworks assembly #solidworks #solidworkstutorial www.the-blueprints.com/modules/vectordrawings/preview-wm/colt_1911_45_auto.jpg Designed by John Browning, the M1911 is the best-known of his designs to use the short recoil principle in its basic design. T...
Frequency Analysis (RUBBER SHEET CUTTING) MACHINE FRAMEUsing SOLIDWORKS with Model
Просмотров 3303 года назад
MODAL ANALYSIS OF SLITTER (RUBBER SHEET CUTTING) MACHINE FRAME Using SOLIDWORKS Problem Statement To perform the modal analysis of rubber sheet cutting machine and find out its natural frequency, mode shapes and mass participation factors. Assumptions: Linear alloy steel material properties are considered. The Motor and top mountings weight are idealized using mass elements and are applied at t...
NACA Airfoil SolidWorks Flow Analysis's tutorial | Aerodynamics | Drag Vs Lift Force
Просмотров 20 тыс.3 года назад
Aim : Model the flow over a NACA0017 Airfoil for the angle of attack 0,2,4,6,8,10 Compare the lift anddrag force. Introduction : The NACA Airfoil are Airfoil shapes for aircraft wings developed by the National Advisory Committee for Aeronautics (NACA). The shape of the NACA airfoils is described using a series of digits following the word "NACA". The parameters in the numerical code can be ente...
flow through pipe SolidWorks flow analysis (CFD in SolidWorks)
Просмотров 4 тыс.3 года назад
CFD In solidworks: flow through pipe simulation Tutorial SolidWorks flow analysis (CFD in SolidWorks) In this Project, creating a 3D model of a pipe, run a baseline flow simulation where inlet flow takes place and then perform a parametric study for different velocities and Obtain the relationship between Pressure ratio and mass flow rate. #solidworks_flow_simulation #solidworks_flow_simulation...
Modelling and Simulation of fluid Flow through a Flow Bench in Solidworks
Просмотров 4843 года назад
Modelling and Simulation of Flow through a Flow Bench Aim : To create project of 3D model of flow bench and run flow analysis. And obtain a plot of lift vs mass flow rate. Introduction : GRID DEPENDENCY TEST Grid dependence test is also called as mesh dependence test in which the model is subjected to successive smaller cell sizes for calculations, that is the model is divided into smaller numb...
Solidworks Tutorial- Design (modeling), Assembly and Static Simulation of Mechanical Hinge
Просмотров 3,7 тыс.3 года назад
Solidworks Tutorial- Design (modeling), Assembly and Static Simulation of Mechanical Hinge. In this tutorial i will show you how to sketch hinge in solidworks. If you're going to perform a stress analysis on a SolidWorks assembly, you must be very careful to ensure that you accurately represent that how the parts interact with each other. In this video, you learn how Design (modeling), Assemble...
Solidworks 3D modeling tutorial: PC Fan 3D modeling all parts
Просмотров 1 тыс.3 года назад
Solidworks tutorial complete pc fan modeling , info at start shows tutorial sections.. Don't forget to subscribe if liked the video for more advanced tutorials. All dimensions are in mm/g/s/ISO - Based on true dimensioning. Rating, commenting, subscribing and sharing are always appreciated!! The uploading of tutorials is based on an accumulated studied plan! New to SolidWorks?! Recommended to w...
Flow Simulation over a cylinder at different Reynolds number: Solidworks CFD Tutorial
Просмотров 3,9 тыс.3 года назад
Aim : To simulate flow over a cylinder at different Reynolds number. Run a baseline simulation and then calculate the Reynolds number. Introduction : The present study to analyse the fluid flow over a cylinder and calculate Reynold's number for baseline simulation and increase the calculated Reynolds number to a factor of 20%, 40%, & 100% and perform the simulation for all the three values of R...
SolidWorks Centrifugal flow analysis (CFD in SolidWorks)
Просмотров 11 тыс.3 года назад
SolidWorks Centrifugal flow analysis (CFD in SolidWorks) Centrifugal pump design and analysis In this Project, creating a 3D model of a Centrifugal pump, run a baseline flow simulation where inlet flow takes place and then perform a parametric study for different velocities and Obtain the relationship between Pressure ratio and mass flow rate. Centrifugal Pump : When the impeller is made to rot...
pressure At 100% For V = 19.99 m/s , Re = 81036.38 , Simulation end time = 0.150 sec
Просмотров 64 года назад
At 100% For V = 19.99 m/s , Re = 81036.38 , Simulation end time = 0.150 sec
velocity At 100% For V = 19.99 m/s , Re = 81036.38 , Simulation end time = 0.150 sec
Просмотров 94 года назад
velocity At 100% For V = 19.99 m/s , Re = 81036.38 , Simulation end time = 0.150 sec
pressure At 40% For V = 13.99 m/s , Re = 56725.46 , Simulation end time = 0.214 sec
Просмотров 44 года назад
pressure At 40% For V = 13.99 m/s , Re = 56725.46 , Simulation end time = 0.214 sec
velocity At 40% For V = 13.99 m/s , Re = 56725.46 , Simulation end time = 0.214 sec
Просмотров 34 года назад
velocity At 40% For V = 13.99 m/s , Re = 56725.46 , Simulation end time = 0.214 sec
pressure At 20% For V = 11.99 m/s , Re = 48621.83 , Simulation end time = 0.250 sec
Просмотров 24 года назад
pressure At 20% For V = 11.99 m/s , Re = 48621.83 , Simulation end time = 0.250 sec
velocity At 20% For V = 11.99 m/s , Re = 48621.83 , Simulation end time = 0.250 sec
Просмотров 14 года назад
velocity At 20% For V = 11.99 m/s , Re = 48621.83 , Simulation end time = 0.250 sec
pressure For V = 10 m/s , Re = 40518.19 , Simulation end time = 0.3 sec
Просмотров 54 года назад
pressure For V = 10 m/s , Re = 40518.19 , Simulation end time = 0.3 sec
velocity For V = 10 m/s , Re = 40518.19 , Simulation end time = 0.3 sec
Просмотров 84 года назад
velocity For V = 10 m/s , Re = 40518.19 , Simulation end time = 0.3 sec
flow through pipe solidworks simulation
Просмотров 644 года назад
flow through pipe solidworks simulation
Animation of IC Engine Valve-Train at Cam lift = 6mm :
Просмотров 584 года назад
Animation of IC Engine Valve-Train at Cam lift = 6mm :
Animation of IC Engine Valve-Train at Cam lift = 3.5:
Просмотров 294 года назад
Animation of IC Engine Valve-Train at Cam lift = 3.5:
Ring gear fixed | plot of an angular velocity of the carrier against time
Просмотров 244 года назад
Ring gear fixed | plot of an angular velocity of the carrier against time
Carrier fixed | The plot of an angular velocity of the Ring against time
Просмотров 94 года назад
Carrier fixed | The plot of an angular velocity of the Ring against time
Sun gear fixed | The plot of an angular velocity of the carrier against time
Просмотров 134 года назад
Sun gear fixed | The plot of an angular velocity of the carrier against time
ODE is used to describe the transient behavior of a system. A simple example is a pendulum
Просмотров 124 года назад
ODE is used to describe the transient behavior of a system. A simple example is a pendulum
forward kinematics of a 2R Robotic Arm
Просмотров 104 года назад
forward kinematics of a 2R Robotic Arm
How to add porous Material inside this pipe.
Hi, Can you send me the file please?
At 21:51 you used the on reference geometry but i could not understand the reason. i mean the physical meaning and choosing the right plane. Does the right plan has something to do with that.? Could youplease share the 3D file with me
can you share the solid file
Hi where can i download files related to this video, I need this for educational purposes thanks
please add some voice for batter understanding
Another nonsense simulation good for learning but not useful in any way to earn money. Go out there work with real engg.
The authors have two wrong scientific approaches: researching the creation of Lift force and Low pressure at upper side of the wing, relative to the ground surface and Earth. I explain the aerodynamic cavitation and existence of Lee side aerocavern, and creation of Aerodynamic force. Low pressure creates force normal to the cord (contact surface), and it name is "aerodynamic force" because is made from the air (aero) in motion (dynamic), or wind relative to the wing (object).
Wow. You are Zenious.
Tell me how to find your email, but here, and I will send you The story-line of my book in English.
Sir can i get the 2D drawings of this?
You can get the drawings in the JAIL.
@@Der_Beobachter_Edelweiss7X7X7 I have full drawings and not in the jail)
thank you @@romanmoskalyk1698
what's the purpose of setting friction force for BOTH "global goal" and "surface goal"
Can you please mention the time when you changed the reynolds number?
nice👌
good video
nice thank you
nice video
good
nice
file please..
Ok shure 😊
thanks for video.
Thanks
Good video 👍
Thanks 👍
please share it
can you give me this file.
Ok shure 😊
@@rahulkumarlakshkar1773 where is the file??
good video sir
Thanks
nice video, it really heped me🙂
Thanks 👍
thanks for sharing sir🙂
Thanks ☺️
Thanks for sharing
Thanks 👍
Thanks for sharing
thanks for sharing
Thanks 😌
Thanks
Thanks
Hello thank you for the video. When I run the simulation the Solver gives me a warning "Supersonic flow is detected within a considerable number of cells" and takes a while to run. Any suggestions?
same did you find any solution ????
@@Akashi_216 if I remember correctly I believe it was the velocity parameter he put was way too high resulting in Supersonic Flow
You need to enable the "High Mach Number Flow" checkbox. This NACA airfoil as shown in the video, is never used for supesonic speeds. The velocity of air should be around 100-150 m/s which makes 0.3-0.5 Mach flow and 200 iterations per travel. For high Mach number flow you may create diamond shaped airfoil.
@@coolfreaks68why is this shape not suitable for high Mach
Shouldn’t the splines be curved in the opposite direction if this is a pump?
somehow it says entity can't be rotated with my NACA2414
You need to convert entity. Convert entity can project your spline on any of the front, top or right planes. The projection of the spline will obviously look different on each plane. You just have to edit sketch on front plane, and then select the spline, then click "Convert Entities". If you are drawing airfoil, the above process will work. But if you are drwaing tubercles, then you need to set the entire Y column to zero, and put the y-coordinates in place of the Z column, while importing the spline. Then you "Convert Enties" the spline on the top plane.
Hello sir can you help me with this problem: when i design this pump, in flow simulation, the water flows out from both pipes... I do everything as you do, what can be wrong with my simulation? Thanks
interesting, but, I have a question, in this simulation, the program isn't predicting the out velocity, volumetric flow, ect, not?, I have to do calculations, and then, I can put all data in simulation to look internal behaviors, not?
How to calculate pump discharge
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بالتأكيد إذا كان لديك القيم المطلوبة للمشكلة
thanks for sharing