Tutorials

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I Built a Military Robot

Engineering Juice
in Process
43 6 Intermediate
Mobile, military robot optimized for use in desert environments which can be controlled remotely or autonomously and can collect/ stream video to a VR headset via its front mounted camera. The method of movement is a continuous track, created using steel roller chain connected by fasteners with 3D printed links. These loops sit on a custom designed drive sprocket and idler sprocket with 4 shock absorber loaded roller pins that act as the suspension system. The drive motors are powered by '18650' batteries, directed by a raspberry pi 4 and connected to a motor controller. For connectivity, a mobile device can connect to the pi's external antenna as it is a WiFi access point. From here, directions can be sent to the robot from the mobile device using the Node Red GUI and additionally, the entirety of the main raspberry pi computer can be accessed for the use of sending custom commands for autonomous movement.
Fusion 360 printed 3d rc programming pi raspberry electronics 360 fusion robot robotics

Excel Calculator for Motor & Gear Box Selection Conveyor Calculations

Shafe Mohammad
in Theory
19 2 Intermediate
In this video you will learn how to select motor & gear Box for a Chain Conveyor. Also a excel calculator is provided for understanding. Sheet will be as below link http://bit.ly/2LtKWe3
rpm calculate how desig conveyor selection box gear

How to design Complete Robot using Voice Assistant like JARVIS in Fusion 360

Rugved Chavan
in Process
14 1 Intermediate
4-wheeled Robot Design Frame is 3D printable. Components - 1. Raspberry pi 4 2. Sony WebCam 3. Normal 3.5 mm jack Speaker 4. Custom Frame 5. MI 20000 mAh powerbank 6. 100 RPM Dual Shaft BO Motor - Straight with wheels Custom Voice Assistance code is running in background. Voice assistance code is connected with database which is having values like quantity and dimensions of components. Mail me for Jarvis source code. Like this video... 🤘
Fusion 360 automation electronics robots arduino engineering technology robot robotics

Transporte vibratorio - Parte 3

Marcelo Valderrey
in Theory
14 0 Intermediate
Parte 3: análisis más detallado del sistema masa-resorte considerando las predicciones teóricas para las oscilaciones forzadas y su relación con las oscilaciones naturales.
motion vibrations

Transporte vibratorio - Parte 1

Marcelo Valderrey
in Theory
14 0 Intermediate
Un sencillo ejercicio de diseño, a partir de un concepto dado, y validación de su Efecto Útil Deseado, a través de simulaciones de movimiento. Parte 1: observar el concepto de partida, crear un modelo esquemático y ponerlo a funcionar intuitivamente.
motion vibrations

Flexure Stress: Manual vs CAD Simulation

Kelly Harward
in Theory
12 12 Intermediate
Flexure Stress in a Function Defined Cross-section Cantilever Manual Calculations vs. Simulation in SolidWorks
defined function beam cantilever sress flexure simulation fea

Transporte vibratorio - Parte 2

Marcelo Valderrey
in Theory
10 0 Intermediate
Parte 2: primer análisis sistemático de lo que logramos en forma intuitiva en la Parte 1, retomando el concepto de vibraciones en sistemas de un grado de libertad.
motion vibrations

Tips & Tricks for eye-catching renderings

Yahya T Khedr
in Theory
6 1 Intermediate
Do you want to know the hidden secrets of rendering? Have you ever wondered why your amazing renderings aren't on the 1st page? Here I'll show you some tips & tricks I discovered, found & tested myself. All thanks to myself 😂 Note: This tutorial isn't for any specific software. What I make here can be made in any rendering software.
secret tricks tips photoshop simlab keyshot photoview rendering

Helical gear calculation and manufacturing

Rodolfo López
in Process
6 0 Intermediate
Obtaining data from a sample helical gear. Calculation for the manufacture of helical gear
fabricacion calculo gear helical

Transporte vibratorio - Parte 4

Marcelo Valderrey
in Theory
6 0 Intermediate
Parte 4: algunos ensayos variando el coeficiente de amplificación dinámica para corroborar su relación con la amplitud de las oscilaciones forzadas resultantes.
motion vibrations

Static Structural Analysis

An Engineer
in Process
7 3 Intermediate
The static analysis aims to analyze the stress results, deformation results, shear-moment diagram, and reaction force results. in this tutorial, you will learn how to do static analyses for assembled models. It's an excellent tutorial for beginners in Ansys workbench. Statik analizin amacı, gerilme sonuçlarını, deformasyon sonuçlarını kesme-moment diyagramını ve reaksiyon kuvveti sonuçlarını analiz etmektir. Bu eğitimde, montajı yapılmış bir parça için statik analizin nasıl yapıldığını öğreneceksiniz. Ansys tezgahında yeni başlayanlar için çok iyi bir eğitim.
ansys static structural analysis simulation

Transporte vibratorio - Parte 6

Marcelo Valderrey
in Theory
7 0 Intermediate
Parte 6: avances en el diseño gracias a la observación de pequeños cambios, la reflexión sobre su comportamiento y el posterior planteamiento de mejoras.
motion vibrations

Transporte vibratorio - Parte 5

Marcelo Valderrey
in Theory
5 0 Intermediate
Parte 5: retornando al objetivo tecnológico de "transportar y separar objetos" luego de haber comprendido algunos aspectos teóricos básicos.
motion vibrations

Face Tracing Robot using Raspberry Pi | OpenCV | Computer Vision | Fusion 360

Rugved Chavan
in Process
5 0 Intermediate
Cloning Spot robot features in DIY 4wd raspberry pi robot. Face detection and robot control. Components used- 1) Raspberry pi 4 2) Sony webcam 3) 4 × 100 rpm bo dc motors 4) L298 Motor Driver 5) speaker 6) 4 × wheels 7) 3d printed robot chassis Soon uploading the scripts on github repository... 😊 Do like and share it! 🧡
electronics spot opencv tracing face vision computer pi raspberry robotics

How to Calculate Water Discharge for Hydel Generation in Pipe

Usman Akhtar
in Process
4 0 Intermediate
Watch Video https://youtu.be/u6keHQCaPNE
generation hydel micro power hydro rate flow discharge water
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