- #AIR CYLINDER ASSEMBLY SOLIDWORKS 2016 DOWNLOAD ISO#
- #AIR CYLINDER ASSEMBLY SOLIDWORKS 2016 DOWNLOAD DOWNLOAD#
Sketch parallel (//) and equal length lines to width & height dimensions. Label corner & end of construction lines as indicated.
#AIR CYLINDER ASSEMBLY SOLIDWORKS 2016 DOWNLOAD ISO#
Start: draw iso axes (3 primary dimensions: w, h, and d).Įxtend isometric axes as shown: Draw 1 vertical line, 2 30-deg lines. Using boxing-in method (or bounding box), do isometric sketch of above object.
Grab a pencil and a sheet of plain paper. Center lines drawn only for showing symmetry or for dimensioning.Ģ0 Dimensioning For this class, if you must dimension then use the aligned method shown above: Lines and lettering are drawn in the plane of one of the faces of the object (right image).Ģ1 Activity: Let’s Create an Isometric Sketch Omit hidden lines unless absolutely necessary to completely describe the object: Choose most descriptive viewpoint. Any plane parallel to the isometric surfaces formed by any two adjacent isometric axes is an isometric plane. Else, it is a non-isometric line (e.g., inclined and oblique lines). Long axis isometric.Īny line that is parallel (in the object – not the drawing) to one of the legs of the isometric axis is an isometric line. Isometric axes can be positioned in a number of ways to create different views of the same object: Regular isometric.
The isometric axes meet at A,B and form equal angles of 120˚ in the isometric view. Then, tilting the cube forward until the body diagonal (AB) appears as a point in the front view (≅35˚16’). Given a cube, its isometric view is created by: Rotating it 45˚ about a vertical axis.
Only a few of the views are actually used.Ī true representation of the isometric view of an object. Obj can be inclined at any angle wrt proj. Trimetric Dimetric Isometric Drawing Most difficult Easier Easiest Viewing Most pleasing Less pleasing Least pleasing Example:ġ5 Axonometric Views Infinite # views possible: The axonometric axes are axes (not faces!) that meet to form the corner that is nearest to the observer. There are three main types of axonometric projections: Trimetric projections. Axonometric: From Greek, axon = axis metric = to measureīased on angles between the axonometric axes. Creates a pictorial drawing of an object by: rotating the object on an axis relative to a projection, or picture plane. Vanishing points Only front face outlines are parallel, TL Orthographic projection (remember both multiview and axonometric are types of ortho projections). Note position of observer and line of sight. One of four principal projection techniques. Pictorial/perspective Nice overview-looks “natural” But not so good for exact geometry Much harder to draw Ortho Sizes, proportions accurate Not so good for visualizationĩ Examples An Isometric Pictorial A Perspective Pictorialġ0 Objectives Define axonometric projection and its three classes. Frequently used in technical documents, sales literature, maintenance manuals, architectural drawings, etc. Front Rightĭo bounding box Basic shape: 2 slabs about same thickness Details vertical slab smaller, off-center vert slab: notchedħ Pictorials are Useful Show several faces of an object at once.
#AIR CYLINDER ASSEMBLY SOLIDWORKS 2016 DOWNLOAD DOWNLOAD#
Top To experiment with this yourself, download GlassBox.zip from the course Website, see Week 4 Resources. Glass Box with Wedge and multiview projections. To show dynamically how the “glass box” idea really works, we put a very simple shape-a Wedge-inside the box to interactively demonstrate how the projections relate to one another as the Wedge is moved around inside the box. Put object in glass box Project object out to sides of box Unfold Box for multiview Unfolding Unfolded: note size relationships (i.e., depth in side/top/bottom) Glass Box Demo: SolidWorks model of glass box.ĭepth Width Height Top view Front View Right side view Notice Top and Front are ALIGNED vertically (RULE 1) Notice Front and Right are ALIGNED vertically (RULE 1) Notice “depth” in Right is same as depth in Top (Rule 2 on “related views”)ĥ A (working) SolidWorks model of the “Glass Box” where lines come from Review of ortho/multiview techniques Introduction to pictorial views, especially isometric/axonometric Introduction to SolidWorks IAT 106 Spatial Thinking and Communicating Spring 2017 Week 04 Pictorial Projections & Intro to SolidWorksĢ Objectives for today Review material from last weekīasics of edges & surfaces-i.e.
Presentation on theme: "Pictorial Projections & Intro to SolidWorks"- Presentation transcript:ġ Pictorial Projections & Intro to SolidWorks