Recursos de diseño

Recursos didácticos

Toolbox (Biblioteca de diseño)

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Toolbox

Biblioteca de piezas estándar paramétricas: Rodamientos, tornillos, tuercas, engranes, levas, pernos, … Normas: ANSI, BSI, CISC, DIN, ISO, JIS, …

Calculadora de vigas, rodamientos, …

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Práctica de engranes

Pieza entre engrane y piñón¿distancia entre centros ?

1/2(1 (primitivo piñón) +2 (primitivo engrane)

d1 = mz1 = 3x20 = 60

de1 = d1 + 2xm = 60 +2x3 = 66

di2 = d1 – 2.5xm = 60 -2.5x3 = 52.5

Piñón

d2 = mz1 = 3 x 38 = 114

de1 = d2 + 2xm = 114 +2x3 = 120

di2 = d2 – 2.5xm = 114 -2.5x3 = 106.5

Engrane

=

Análisis estático de una placa

Static analysis of a plate Using SolidWorks Simulation interface

Linear static analysis with solid elements

Finding reaction forces

Controlling discretization errors by the convergence process

Finding reaction forces

Presenting FEA results in desired format

We are now ready to define the analysis model. This process generally consists of the following steps:

CAD geometry idealization and/or simplification in preparation foranalysis. This is usually done by creating analysis specific configurationand making your changes there Material properties assignment Restraints application Load application