SolidWorks is a solid modeling computer-aided design (CAD) and computer-aided engineering (CAE) computer program. SolidWorks currently markets several versions of the SolidWorks CAD software in addition to eDrawings, a collaboration tool, and Draft S
engineering
Descripción: Practicas de SolidWorks
comandos basicos de solidworks
Descrição: Curso para el aprendizaje del software SolidWorks, básico - intermedio.
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SOLIDWORKS
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A very interesting tutorial which gets you through all main tools of solidworks.
Con este libro usted sera capaz de diseñar y manipular situaciones fisicas con la finalidad de entender su funcionamiento atravez de simulacion numerica con el programa solidworksFull description
Full description
1.Calculate the volume of the part and the location of the Center of mass. Save the part and name it Advance Part 4-3 Copper.
Given: A = .700, B = 4.000, C = 2.700, D = .900 Material: 6061 Alloy Density: 0.097 lb/in^3 Units: IPS Decimal places = 3
2. Build this illustrated model. Set document properties, identify the correct Sketch planes, apply the correct Sketch and Feature tools, and apply material. Calculate the overall mass of the part, volume and locate the Center of mass with the provided information. Material: 6061 Alloy Units: MMGS
Origin Origin
4. Build this illustrated model. Calculate the overall mass of the part, volume, and locate provided information. the Center of mass with the Material: 6061 Alloy Units: MMGS
Origin
3. The assembly contains the following: One Clevis component, three Axle components, two 5 Hole Link components, two 3 Hole Link components, and six Collar components. All holes Ø.190 THRU unless otherwise noted. Angle A = 150deg. Angle B = 120deg. Note: The location of the illustrated coordinate system: (+X, +Y, +Z).
Clevis, (Item 1): Material: 6061 Alloy. The two 5 Hole Link components are positioned with equal Angle mates, (150deg) to the Clevis component. Axle, (Item 2): Material: AISI 304. The first Axle component is mated Concentric and Coincident to the Clevis. The second and third Axle components are mated Concentric and Coincident to the 5 Hole Link and the 3 Hole Link components respectively. 5 Hole Link, (Item 3): Material: 6061 Alloy. Material thickness = .100in. Radius = .250in. Five holes located 1in. on center. The 5 Hole Link components are position with equal Angle mates, (120deg) to the 3 Hole Link components. 3 Hole Link, (Item 4): Material: 6061 Alloy. Material thickness = .100in. Radius = .250in. Three holes located 1in. on center. The 3 Hole Link components are positioned with equal Angle mates, (120deg) to the 5 Hole Link components. Collar, (Item 5): Material: 6061 Alloy. The Collar components are mated Concentric and Coincident to the Axle and the 5 Hole Link and 3 Hole Link components respectively. Think about the steps that you would take to build the illustrated assembly. Identify and build the required parts. Identify the first fixed component. Position the Base component features in the part so they are in the correct orientation in the assembly. Insert the required Standard mates. Locate the Center of mass of the model with respect to the illustrated coordinate system. .
