Tutorials

BEAST ENGINE DESIGN

0 0 Intermediate
BEAST ENGINE DESIGN : https://youtu.be/pnn2QnXhNCk

S-shaped battery cooling geometry in ANSYS

0 0 Intermediate
Creating an S-shaped cooling geometry in ANSYS or any other simulation software requires a good understanding of fluid dynamics, heat transfer, and simulation tools. It may also involve several iterations to achieve the desired battery system cooling performance.

HƯỚNG DẪN MÔ PHỎNG HỘP GIẢM TỐC

2 0 Intermediate
HƯỚNG DẪN MÔ PHỎNG HỘP GIẢM TỐC

ROBOTIC ARM COMPLETE DESIGN

6 0 Intermediate
ROBOTIC ARM COMPLETE DESIGN

M6 Socket Head Bolt Design in NX 1926 | Thread Tool Tutorial | Design in NX #NX

0 0 Intermediate
For all my engineering fellas out there, especially students, this video will teach you how to use Siemens Unigraphics NX for an M6 socket head bolt design in just 5mins. This video will also show you how to easily use the new thread feature or tool in Siemens NX 1926 This video will introduce you to some of the easy and basic concept of CAD design in NX. Learning Isometric design in CAD is an easy and quick way of becoming familiar and mastering any CAD software Lessons in this Video: - NX Sketch tutorial - Using Thread tool or command -Using Chamfering on Bolts -Polygon Sketches in NX -Assigning Feature Color or Editing Display --------------------------------------------------------------------------------------------------------------------------

Infinity Cube Design NX 1926 | Mirror Tool Tutorial | Design in NX #NX

0 0 Intermediate
Watch and Learn how to use Siemens NX 3D software in just a few minutes. In this video, I show you how to use Siemens NX 1926 version to create the popular infinity cube design. This video also shows how to use the Mirror tool in the 3D interface. This video will introduce you to some of the easy and basic concept of CAD design in NX. Learning Isometric design in CAD is an easy and quick way of becoming familiar and mastering any CAD software Lessons in this Video: - NX Sketch tutorial - Using Mirror command -Using Body Unite -------------------------------------------------------------------------------------------------------------------------- Video Timestamps: 00:00 - INTRO & What we will be designing 00:30 - Beginning of Tutorial - First NX Sketch 00:45 - Fit, Pan and Offset in NX Sketch 02:07 - First Extrusion 04:40 - Creating Datums and Using Mirror command 06:50 - More Extrusions 09:48 - Using Body Unite Feature in NX 10:08 - Editing model display / assigning colors to model 10:59 - OUTRO AND BONU

Metal Chains Design in Siemens NX 1926 | Swept & Pattern Tool Tutorial | Design in NX #NX

0 0 Intermediate
In this video, I will be using the Linear and Path Pattern along a curve or Sketch Command to design this metal chain in Siemens NX 1926 in less than 10mins. This video will also show you how to use the swept command under the Surface tab in NX. This video will introduce you to some of the easy and basic concept of an Isometric design in NX 1926. Learning Isometric design in CAD is an easy and quick way of becoming familiar and mastering any CAD software Lessons in this Video: - Fillet in Sketch - Rapid Dimensioning in Sketch - Swept Tool/Command - Using Tangent Geometric Constraint - Along a Curve/Sketch Patterning -Linear Pattern -Making a chain design - Using feature Color -------------------------------------------------------------------------------------------------------------------------- Video Timestamps: 00:00 - INTRO 00:22 - What We Will Be Designing 00:29 - Beginning of Tutorial - First NX Sketch 01:05 - Using Fillet in NX 02:35 - Rapid Dimension use in Sketch 04:02 - Using Swept Command in

Use Ansys SpaceClaim to Model Twisted Pair Wire

1 0 Intermediate
Before I know how to do it, I cannot get any useful tips while I googling, it seems very hard. But it is very easy now. This tutorial will help you to model a simple twisted pair wire, for detailed twisted pair wire you can explore it by yourself. A model which modeled by this tutorial is in this linked page: https://grabcad.com/library/w-1930-1575-twisted-pair-wire-1.

Tube co-ordinates in 3D NX

0 0 Intermediate
Good evening Everybody... Today We will see how to find intersection points in 3D model... This could be useful in reverse engineering and model correction... Ok then lets start the video... First we will make points and lines from the model as showing now... So we have made centre lines as in model... Now we will make instersecting points for the model... So the points have been created... The co-ordinates of these points are used in bending program as well... So lets see how to find co-ordinates of these points... This is how the co-ordinates of intersection points are taken in 3D model... Thanks...

Thiết kế khuôn phần 3 - Tách Cavity và Core

0 0 Intermediate
Thiết kế khuôn phần 3 - Tách Cavity và Core Tiếp tục sau bước tạo slide là tạo Cavity và Core

NX_MOTION_2 CYLINDER VERTICAL COMPOUND CONDENSING NON REVERSING STEAM ENGINE

3 0 Intermediate
NX_MOTION_2 CYLINDER VERTICAL COMPOUND CONDENSING NON REVERSING STEAM ENGINE

Thực hành khuôn phần 2 -Tạo slide rút ngang

0 0 Intermediate
Video này là bước tiếp theo sau khi bạn đã chọn được mặt phân khuôn cho chi tiết cần đúc - Tạo các slide theo các hướng rút khác không phải hướng Z ( Hướng rút khuôn chính cavity & core)

Example 6.2. Locate all the instantaneous centres of the slider crank mechanism as shown in Fig. 6.12. The lengths of crank OB and connecting rod AB are 100 mm and 400 mm respectively. If the crank rotates clockwise with an angular velocity of 10 rad/s, f

2 0 Intermediate
Example 6.2. Locate all the instantaneous centres of the slider crank mechanism as shown in Fig. 6.12. The lengths of crank OB and connecting rod AB are 100 mm and 400 mm respectively. If the crank rotates clockwise with an angular velocity of 10 rad/s, find: 1. Velocity of the slider A, 2. Angular velocity of the connecting rod AB

How to Find Center of Mass | Get Projected Area | Siemens NX

0 0 Intermediate
In this video, you will learn to create the center of gravity or center of mass point which will link to our solid model if our model is updated then our center of gravity point will also update automatically. After that we will learn to calculate the projected area of Casting in nx and also learn to extract the projected surface. After that we will project the center of gravity point into the projected surface so that we will get point which we use for tie bar balance in Die Casting During Die Design. Projected sheet and projected in area will help us in Tonnage Calculation in die-casting. I hope you got to learn a lot from this video. If you want to watch NX tutorial and die-casting related videos from our channel then please subscribe to our channel ➡️https://bit.ly/2Ve1olC To Subscribe ➡️Recommended Playlist Die Casting Mould Design Theory ➡️https://youtube.com/playlist?list=PLqn1PG9MY7LjK08RSkCBC1jfdRYcR-BqU Die Casting Mold Base Design Step By Step | NX Mold Design ➡️https://youtube.com/playlist?