Tutorials

Transporte vibratorio - Parte 6

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.

Transporte vibratorio - Parte 5

5 0 Intermediate
Parte 5: retornando al objetivo tecnológico de "transportar y separar objetos" luego de haber comprendido algunos aspectos teóricos básicos.

Transporte vibratorio - Parte 4

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.

Transporte vibratorio - Parte 3

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.

Transporte vibratorio - Parte 2

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.

Transporte vibratorio - Parte 1

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.

Incompressible Flow over a Finite Wing: Understand Prandtl's Classical Lifting Line Theory | votrex

0 0 Intermediate
the topic of incompressible flow over a finite wing and exploring the key concepts of Prandtl's classical lifting line theory. We will be discussing the bound vortex, trailing vortex, and horseshoe vortex, and how they play a crucial role in the behavior of the wing. The video will cover the basic principles of the theory and its applications in the field of aerodynamics. Whether you are a student studying aerospace engineering or a professional in the industry, this video will provide you with a comprehensive understanding of this important topic. So, join us as we explore the world of incompressible flow and gain a deeper understanding of Prandtl's classical lifting line theory.

Perpetual Wheel Simulation in Solidworks

1 0 Intermediate
Our Facebook Page: https://www.facebook.com/EngineeringExplanation Our website: www.engineerknow.com SUPPORT US PAYPAL SO THIS CHANNEL CAN PRODUCE MORE AND BETTER CONTENT : payapl.me/nobodyknow137 FREE COURSE LINK SOLIDWORKS BEGINNER TO ADVANCE: https://youtu.be/iYYHmvnlSQo FREE CATIA COURSE LINK:https://youtu.be/CXMxttQNHuQ SOLIDWORKS ANIMATION AND MOTION ANALYSIS COURSE https://www.udemy.com/course/solidworks-animation-and-motion-analysis/?referralCode=8F40E7F83856CFF0C5FE [FREE]SOLIDWORKS SIMULATION COURSE FOR BEGINNERS: https://youtu.be/XJ_BcNbx_SE our new Youtube channel : Engineerknow : [ for understanding how the machine works and other engineering things] https://www.youtube.com/channel/UCU5LqyPgX7E8ri4G8ag9xZQ Mechanical Coder : [Coding in Python for mechanical engineers] https://www.youtube.com/channel/UC__7TWjURc7KnChqoQrAYoQ for INDIAN ONLY : https://www.youtube.com/channel/UCDws0ifI1mdQHgJWUSBzrOA

Tutorial - CATIA DMU Kinematics Vaste Tand Cultivator

0 0 Intermediate
Simulation of cultivator using CATIA - DMU Kinematics module. 3D Design - https://grabcad.com/library/cultivator-farm-equipment-1

Tutorial - CATIA DMU Kinematics Tractor Trolley

1 0 Intermediate
Simulation of tractor trolley using CATIA - DMU Kinematics module. 3D Design - https://grabcad.com/library/tractor-trolley-1

Tutorial - CATIA DMU Kinematics Radial Engine

0 0 Intermediate
Simulation of radial engine using CATIA - DMU Kinematics module. If you like the tutorial please subscribe. Thanks. 3D Design - https://grabcad.com/library/radial-engine-22

Simulation - Boat Pedal Mechanism (Motion Study)

0 0 Intermediate
Boat pedal mechanism using ANSYS Software. In this rigid body dynamics module is used to show the motion study of movement of boat pedals.