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Creatividad en ingeniería - Parte 1

Marcelo Valderrey
in Theory
20 2 Expert
La creatividad es un concepto complejo, actualmente investigado con diferentes enfoques que iniciaron en la psicología y se extendieron a diversos campos. Este tutorial pretende mostrar algunos de sus mecanismos, con los cuales quizás muchos se sientan identificados, para mejorar nuestras prácticas de diseño. No se trata de incrementar esta capacidad (ojalá se pudiera) sino de conocer algo de ella para, al menos, no bloquearla u obstaculizarla sin darnos cuenta.
resolucion de problemas generacion y evaluacion de ideas creatividad

Creatividad en ingeniería - Parte 3

Marcelo Valderrey
in Theory
18 0 Expert
(Gracias GREG PIOL!) Una forma interesante de estudiar la creatividad es observar procesos creativos con los que uno esté familiarizado. La introspección es lo tenemos más a la mano y la observación de otras personas que hacen tareas similares (como nuestros colegas que diseñan y publican en GC) es ideal. Pero requiere la colaboración de esos actores porque no solo queremos ver sus obras finales, sino tratar de entender desde dónde y cómo llegaron a ellas... y esto no es fácil de lograr. De allí mi agradecimiento a nuestro colega Greg Piol (https://grabcad.com/greg--32) que tuvo la enorme gentileza de proveerme algo del material de partida para sus maravillosos diseños: sus bocetos!
resolucion de problemas generacion y evaluacion de ideas creatividad

Creatividad en ingeniería - Parte 2

Marcelo Valderrey
in Theory
16 5 Expert
Otra arista compleja y polémica de la creatividad es su evaluación. Existen muchas propuestas plasmadas en test que intentan medir la creatividad, pero muchos expertos afirman que será difícil tener un acuerdo sobre la medición de un concepto que aún no está bien definido. De todas formas, y hasta que ese momento llegue, implementamos en el aula de una asignatura de ingeniería mecánica un test sencillo que trata de rescatar el espíritu del mejor método actual de evaluación creativa "la Técnica de Evaluación Consensuada (propuesta por Teresa de Amabile en 1982)" y adaptarlo para su uso regular en la enseñanza del diseño mecánico.
resolucion de problemas generacion y evaluacion de ideas creatividad

Hydraulic Power Pack Design Calculations

Shafe Mohammad
in Theory
13 2 Expert
We will learn all design calculations required to design a Power Pack. 1. Motor Power 2. Flow rate 3. Pump capcity 4. Tank Capacity Download excel calculator for same here.- http://bit.ly/2tQfaO1 Watch Tutorial here- https://youtu.be/D3hSZxLwcww Hydraulic Power Pack Design Calculations Part 2
spm hydraulic cylinder design calculations pack power hyraulic

[Video] Thermal Analysis of Shell and Tube Type Heat Exchanger

Grasp Engineering
in FEM
7 0 Expert
This video (Link shown below) Briefs shell and tube type heat exchanger introduction, construction, workflow, etc. It explains shell side and tube side of heat exchanger. It also explains how to apply thermal loading on shell side and tube side, how to consider perfectly insulated condition, how to applied air convection for outer saddle bodies in ansys workbench. It shows how to achieve thermal gradient and match with the applied loading conditions.
heat type tube shell analysis thermal fem fea

[VIDEO] Stop Valve FEA

Grasp Engineering
in FEM
6 0 Expert
This video (Refer Video Link below) explains detail FE analysis of stop valve. It briefs introduction & construction of stop valve, Also explains the geometry simplification, FEA model mesh creation, contact definitions, bolt pretension and pressure load application, stress extraction and stress assessment though stress linearization using ANSYS. Video Link: https://youtu.be/naaFwGbSQoY
pretension bolt analysis element finite valve stop fea

Simulation of Incremental Sheet Forming-Ansys & Lsdyna

Amr Shaaban
in FEM
5 0 Expert
This tutorial covers the following: 1-Definition of ISF process. 2-Modeling the blank and tool using DM 3-Meshing the Blank 4-Generating (.k file) via Ansys explicit Ls-dyna export 5-Boundary conditions 6-Contact controls 7-Shell controls 8-mass scaling 9-section ID 10-Database controls 11-How to run the file
lsdyna forming metal isf explicit ansys

Friction stir welding

FE Support-Abaqus
in FEM
5 0 Expert
friction stir welding simulation using #abaqus

VISI Progress for Press Tool Design

Suhas Gunjal
in FEM
5 0 Expert
VISI Progress - Dedicated solutions for Progressive Die Design and Press Tools Industry specific functionality provides a more productive and efficient design experience. Helping the designer with intelligent decisions will reduce the potential for error and greatly improve manufacturing productivity. Features: Variable neutral fibre calculation Part analysis & bend study Automatic blank development Step-by-step unfolding 3D strip design & shearing simulation Bending & shearing stress calculations User-defined tool templates Parametric component libraries Automatic link to plate manufacture Associative tool detailing Automatic B.O.M. creation
visiprogress stampingtooldesign tooldesign presstooldesign blank fea visiblank visi

[VIDEO] Beam Calculation Simulation Tutorial 1/2-Finite Element Analysis with Weight-Mixed Mesh -Solidworks

Infinity Projetos Brasil
in FEM
4 0 Expert
WATCH THE VIDEO LOW, GET DOWN THE SCROLL BAR In this video I will teach how to calculate a metal structure considering a weight of an equipment in a certain region of the structure - STRESS ANALYSIS - FINITE ELEMENT ANALYSIS SOLIDWORKS SIMULATION TUTORIAL ================= ================= DO NOT CLICK HERE: http://bit.ly/projetos_infinity ================= ================= join our youtube community: https://www.youtube.com/channel/UCF2k47g7uAo0lM-kA13V6jQ?sub_confirmation=1 Here's how to take a solidworks whatsapp course with me: https://www.youtube.com/watch?v=RQgoTn96wAw&t=174s
meshes mixed structure analisys stress fea advanced solidworks

Thermo-Structural Analysis of Shell and tube type heat exchanger

Grasp Engineering
in FEM
4 1 Expert
This video(link:https://youtu.be/oZpI6kSihOI) Briefs shell and tube type heat exchanger FE Analysis. It explains how to apply thermal loading on shell side and tube side, How to carry thermal loads in structural analysis in ANSYS workbench. How to coupled thermal with structural analysis. It also explains results extraction like deformation and stresses, stress linearization, stress assessment, etc. Video Link: https://youtu.be/oZpI6kSihOI
workbench ansys thermostructural heat analysis thermal fem fea

ANSYS Tutorial 2022 : Bevel gear analysis using Ansys Workbench 2022

Mirazul Islam Badhon
in FEM
4 0 Expert
A bevel gear is a toothed rotating machine element used to transfer mechanical energy or shaft power between shafts that are intersecting, either perpendicular or at an angle. This results in a change in the axis of rotation of the shaft power. Aside from this function, bevel gears can also increase or decrease torque while producing the opposite effect on the angular speed. https://www.iqsdirectory.com/articles...
ansys simulation straight bevel gear bevel gear analysis cfd fem fea bevel gear ansys

Heat Transfer or Thermal Simulation

James Martin Adhikary (Founder of CADSON)
in Process Simulation
4 1 Expert
Heat Transfer or Thermal Simulation In Solidworks 2013(Bengali) Youtube Video: https://youtu.be/VTCkEbLywig
simulation heat tutorial bengali modeling design 3d solidworks

Aula 2 - Simulação Solidworks Refinamento de Malha e Análise de Convergência-Controle de Malha

Infinity Projetos Brasil
in Process Simulation
3 0 Expert
VEJA O VÍDEO ABAIXO
finitos simulation solidworks

LOGO

Ahmet Fatih ŞİMŞEK
in Theory
3 0 Expert
A LOGO DESIGN THAT CAN BE USED IN EVERY SECTOR
logo design project
White Stratasys Logo White GrabCAD Logo
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