big rim 3d models

this is model i made is for school education.

Step 1: on the blueprint you cut the object in half horizontally and do a general sketch wit correct dimensions Step 2: just use the revolve tool and a vertical axis and your done

I started sketching on the front plane. I made a vertical construction line in the middle of the sketch on the origin. Used the dynamic mirror entities tool on the vertical line. Sketched out the shape and defined the shape. ...Revolve both sides of...

Steps:1. Sketched half of the side profile and used the sketch mirror tool2. Used revolve tool to create the rim3. ...Applied mass properties

cswa

mass = 112862.37 grams

Step 1: on the blueprint you cut the object in half horizontally and do a general sketch wit correct dimensions Step 2: just use the revolve tool and a vertical axis and your done

The large circumference is merely its defining feature.

First I outlined the model halfway up from the horizontal centerline (on the right view). ...After that I dimensioned it using all the given dimensions and angles, then I used the revolve boss/base tool to revolve it all the way around (360 degrees) and...

I began with the front plane and created a construction line vertical through the origin. I created a horizontal line with the mid point being the origin. I then created a vertical line going up on each endpoints of the 140mm line. I created a line...

With SolidWorks, I created this model with the tools line, smart dimension, centerline, mirror, and revolved boss. This model had a simple sketch to create and an easy way to extrude it. In the beginning, I was puzzled on how to start this model's...

2D Tools: Line, Smart Dimension3D Tools: Revolved Boss/BaseMaterial: 1060 AlloyMass: 112862.37 grams

Density = 0.00 grams per cubic millimeterMass = 112862.37 gramsVolume = 41800876.90 cubic millimetersSurface area = 1789353.33 square millimetersFirst sketch your piece on the front plane, then revolve extrude it.

scissor lift

Part was built :)

The material is composed of a 1060 alloy, weighing precisely 237.26 grams.

Mass = 112862.37 gramsVolume = 41800876.90 cubic millimetersSurface area = 1789353.33 square millimetersI sketched the section view and used a revolved base to make it 3d.

steps:1. changed material2. created a revolved rotation extrusion type sketch of the model3. ...used revolved rotation extrusion

The tutorial comprises several sections, providing step-by-step guidance to help you understand and perform various tasks efficiently. ...Each part is designed to build upon the previous one, ensuring a smooth learning curve as you progress through the...

To commence, initially, create a simple foundation. ...

This is one of 6 original parts I used in this assembly. The only changes I made to this part were to make it smaller to fit the relative size of the rest of the assembly. ...I used this part as a piece of the wheel system.

step1: divide the total length of the object by two, then do the same with the objects width and height.step2: create two center lines, one vertical one horizontal by doing this you can create a line that can be used to mirror across and a line to...

Mass = 112862.37 gramsVolume = 41800876.90 cubic millimetersSurface area = 1789353.33 square millimeters