Isometric view, drawing

At the beginning of the class, the isometric view (Fig. 4) of the component was displayed, and students were expected to draw orthographic projections. Later the solutions are displayed and students will cross evaluate themselves. The complexity of 3D component goes on increasing from class to class. After 50 % of the course completion, orthographic projections (Fig. 5) were displayed, and students are expected to draw isometric view. By the end of the semester, students were able to draw orthographic projections for the given 3D objects and vice versa. 

As was the case with orthographic views, there are specific rules that one must fisUow to draw the isometric view of an object. We will use the object shown in Figure 16.10 to demonstrate the steps that you need to follow to draw the isometric view of an object. 

J Draw the isometric view of tbe object shown in Figure 16.12. 

For Problems 16.21 through 16.26, draw the isometric view of the following objects. Make the necessary measurements or estimations of dimensions. 

Solution You must create your solution using a parametric modeling program. Provide an isometric view, an assembled 2-D mechanical drawing, and individual mechanical drawings of each part. Your team should provide a list of steps to make the picture frame (not the clock or thermometer) and an advertisement flyer to promote the product. 

You should understand what is meant by ordu raphic views, isometric drawing, and solid modeling. 

A presentation sketch is very detailed and made to look realistic, usually as a three-dimensional pictorial view such as an isometric or perspective drawing. 

Figure B-9 is an isometric drawing showing most of the details of the reactor block. Figures B 10, B ll, and B-12 are a plan view, a longitudinal section and a transverse section of the reactor block, respectively.

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