última versión de ensambles

1. Recursos de diseño

4. Toolbox(Biblioteca de diseño)

8. Más de 100 catálogos de proveedores

24. Práctica de engranes

30. Pieza entre engrane y piñón ¿distancia entre centros ? 𝐿=1/2(𝑑1 (primitivo piñón) +𝑑2 (primitivo engrane)

31. Piñón d1 = mz1 = 3x20 = 60 de1 = d1 + 2xm = 60 +2x3 = 66 di2 = d1 – 2.5xm = 60 -2.5x3 = 52.5

32. Engrane d2 = mz1 = 3 x 38 = 114 de1 = d2 + 2xm = 114 +2x3 = 120 di2 = d2 – 2.5xm = 114 -2.5x3 = 106.5

33. 𝐿=𝑑1+𝑑22 = 60 +1142=87

83. Análisis estático de una placa

85. Static analysis of a plate  UsingSolidWorksSimulationinterface  Linear static analysis with solid elements  Findingreactionforces  Controlling discretization errors by the convergence process  Findingreactionforces  Presenting FEA results in desired format

101. 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 for analysis. This is usually done by creating analysis specific configuration and making your changes there  Material propertiesassignment  Restraintsapplication  Load application