06 H191 W02 D02 1-1 V1.4 - Projection Systems - Ortho and Iso

Orthographic projections suspend the object with

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orthographic projections Suspend the object with transparent strings inside a glass box Freeze the view from each direction (each of the six sides of the box) and unfold the box Animation illustrates glass-box approach
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9 First-Year Engineering Program AU 2005 Glass Box Approach Available on the FEH website: Lecture Notes Engineering H191 – Autumn 2005 Glass Box Animation
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10 First-Year Engineering Program AU 2005 Glass Box Approach
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11 First-Year Engineering Program AU 2005 Glass Box Approach
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12 First-Year Engineering Program AU 2005 Glass Box Approach
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13 First-Year Engineering Program AU 2005 Glass Box Approach
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14 First-Year Engineering Program AU 2005 Glass Box Approach
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15 First-Year Engineering Program AU 2005 Glass Box Approach
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16 First-Year Engineering Program AU 2005 Third-angle Projection First-angle Projection First and Third Angle Projections First Angle – International Third Angle – U.S.
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17 First-Year Engineering Program AU 2005 Conventional Orthographic Views Height Depth Width Front View Top View Right Side View
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18 First-Year Engineering Program AU 2005 Is The Orthographic View OK?
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19 First-Year Engineering Program AU 2005 Orthographic Must Be In Projection
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20 First-Year Engineering Program AU 2005 Hidden and Center Lines Hidden Line – used to represent features that cannot be seen in the current view Centerlines – used to represent symmetry and to mark the center of circles and the axes of cylinders, and the axes of symmetrical parts, such as cylinders and bolts
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21 First-Year Engineering Program AU 2005 For Example: 1. Visible 2. Hidden 3. Center
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  • Spring '12
  • Freuler
  • Orthographic Projection, First-Year Engineering Program, Orthographic Projection Sketching

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