NEERAJ KUMAR SINGH

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Scotch Yoke SolidWorks Tutorial: Design & Motion Analysis | Step-by-Step Tutorial for Amazing Results!

NEERAJ KUMAR SINGH
in Modeling
0 0 Beginner
Learn how to design and analyze a Scotch Yoke mechanism in SolidWorks! Follow our step-by-step tutorial as we guide you through creating the components and assembling the mechanism. Discover the power of SolidWorks' motion analysis to simulate and optimize performance. Perfect for students, engineers, and mechanical design enthusiasts. Unlock your potential with SolidWorks and master the Scotch Yoke mechanism. Like, subscribe, and hit the notification bell to stay updated. Let's dive into the world of mechanical design! download the related file at https://tii.la/ScotchYoke_partmodeling
SOLIDWORKS masteringmechanicaldesign 3dmodeling rotationalmotion linearmotion motionanalysis scotchyoke mechanicaldesign solidworks

Design of Worm Gear Shaft on Solidworks

NEERAJ KUMAR SINGH
in Modeling
1 0 Beginner
This is about the design/modeling of a worm gear shaft generally used for power transmission. In the video, we will learn the various commands of Solidworks such as- Helix, Spiral, Extrude, Swept Boss, fillet, chamfer, and many others. please watch the full video to understand how to work with Solidworks. You can download the 2d Pdf file used in the video from the link: https://tii.la/WormGearShaftpartmodeling Please support us by subscribing to the channel, Also share and like the video. It will motivate us to keep creating new content. Thanks and regards Neeraj & Team
SOLIDWORKS mechanical indutrial_design helical tutorial design shaft worm_gear gear

Design of Belt and Pulley Drive in Solidworks | Tutorial | CAD CAM | Part modeling

NEERAJ KUMAR SINGH
in Modeling
0 0 Beginner
In this tutorial, we design a belt-driven transmission system used as various industrial applications. This is the Belt and Pulley assembly design and motion. Solidworks Command we are going to learn are: Revolve, Extrude, Pattern, Fillet, making new planes Assembly of the pulley, Also, join our Telegram Channel for the latest updates and discussions around 3-D modeling and simulations- https://t.me/Partmodelling Please support us by subscribing to the channel and sharing and liking the video. It will motivate us to keep creating new content. Thanks and regards Neeraj & Team
SOLIDWORKS cad conveyor pulley_assembly drive motion assembly design belt_and_pulley

How to Use | Revolve Command | Solidworks Tutorial | Beginner's guide

NEERAJ KUMAR SINGH
in Modeling
0 0 Beginner
The video is about the use of revolve command for 3d modelling in solidworks. The video shows step by step method to use the command. There are 3 times use of revolve command to learn it better. This command is generally used to make a model around a centreline or line.
SOLIDWORKS revolve solidworks mechanical design product modelling tutorial command

Beam Pump Mechanism | Sucker Rod Pumping | Solidworks Tutorial

NEERAJ KUMAR SINGH
in Modeling
0 0 Beginner
This is my other work on Solidworks describing the simple mechanism of the beam pump or sucker rod mechanism. This mechanical mechanism is an artificial lift pumping system using a surface power source to drive a downhole pump assembly. A beam and crank assembly creates reciprocating motion in a sucker-rod string that connects to the downhole pump assembly. The pump contains a plunger and valve assembly to convert the reciprocating motion to vertical fluid movement. A beam pump is an artificial-lift pumping system that uses a type of reciprocating pump to extract oil from an inland well. Thanks and regards Neeraj & Team
SOLIDWORKS motion rotary reciprocating mechanical mechanism oil industry sucker rod beam pump

Slider-Crank Mechanism | Solidworks Tutorial | by Neeraj & team

NEERAJ KUMAR SINGH
in Assemblies
0 0 Beginner
The tutorial is for designing and simulating a simple slider-crank mechanism, a four-bar mechanism with three revolute joints, and one sliding joint. This arrangement of mechanical parts is designed to convert rotary motion to straight-line motion. The slider-crank mechanism is of two types:- 1. In-line 2. Offset This mechanism is utilized in combustion engine piston cylinder assemblies to convert reciprocating motion into circular motion and vice versa. Here are the key points we will be learning: 3d Modelling of various parts Extrude, extrude cut Creating different planes Assembly of all parts Mechanism and mates of joints Motion Animation- simulation Also, join our Telegram Channel for the latest updates and discussions around 3-D modeling and simulations- https://t.me/Partmodelling Please support us by subscribing to the channel, and also share and like the video. It will motivate us to keep creating new content. Thanks and regards Neeraj & Team _______________________________________________________________________
SOLIDWORKS engine piston modelling reciprocating rotary mechanism crank slider

Whitworth Quick Return Mechanism | Solidworks | Tutorial created by Neeraj & team

NEERAJ KUMAR SINGH
in Modeling
3 2 Beginner
This video focuses on the design, mechanism, and Animation of the Withworth Quick return mechanism, which can transform circular motion into reciprocating motion. The Whitworth quick return mechanism is generally used in shaper machines & slotting machines in which the forward stroke is slower for machining purposes & return stroke is faster as there is no machining process to be done. Here are the key points we will be learning: 3d Modelling of parts Extrude Working with planes Assembly making Mechanism and mates Motion Animation
SOLIDWORKS learn machines engineering mechanical design solidworks mechanism quick return mechanism

Crank- Slotted Link Quick Return Mechanism | SolidWorks | Design, and Simulation | Tutorial

NEERAJ KUMAR SINGH
in Assemblies
2 0 Beginner
This Tutorial focuses on the design, mechanism, and Animation of the Crank-Slotted link quick return mechanism, a mechanism able to transform circular movement into the reciprocating movement. This mechanism can be achieved by other methods, such as the Whitworth mechanism which we will learn about in another video. Here are the key points we will be learning: 3d Modelling of parts Extrude Working with planes Assembly making Mechanism and mates Motion Animation
SOLIDWORKS 3d modeling machine kinametics mechanical engg tutotial whitworth animation quick-reutrn mechanism
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