Tutorials

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COMO utilizar ENVOLVENTE en SOLIDWORKS - ENVOLVENTE

Diego Conde
in Process
2 0 Intermediate
COMO utilizar ENVOLVENTE en SOLIDWORKS - ENVOLVENTE
drawing envolvente solidworks

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

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

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 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

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

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

SMT Tutor Tube
in Theory
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.
vortex hourseshoe trailing_vortex bound_vortex

Tolerances in DIN 5480 splines

Carlos Soler
in Standards
7 0 Intermediate
In this tutorial, I will address some topics regarding the flank tolerances in the standard DIN 5480 splines. For an Asking of https://grabcad.com/erick.mireles-2 about the meaning of 8f in an expression like DIN 5480 W 120 x 3 x 38 x 8f
din 5480 centering tolerances fit side din 5480 spline

CE technology innovation

can erçin
in Process
0 0 Intermediate
technology and innovation activities

How to Design ''Spur and Helical Gear'' with Equations (Σ) in SOLIDWORKS?

Erhan KIRKLAR
in Standards
1 0 Intermediate
In this Solidworks Tutorial, we'll learn how to create ''Spur and Helical Gear'' using the 3D Modeling feature in Solidworks. Spur and Helical Gears are a popular subject for 3D modeling, and this tutorial will teach you how to create a stunning Spur and Helical Gear using Solidworks. We'll walk you through the process of creating the 3D model, adding engineering and finishing the project off with an equation. This Solidworks tutorial is a great way to learn how to create Spur and Helical Gear in Solidworks, and it's a perfect project for intermediate users of the software.
tipstricks solidworks equation helicalgear spurgear solidworks2023
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