AutoCAD 2014 3D Modeling

Free download. Book file PDF easily for everyone and every device. You can download and read online AutoCAD 2014 3D Modeling file PDF Book only if you are registered here. And also you can download or read online all Book PDF file that related with AutoCAD 2014 3D Modeling book. Happy reading AutoCAD 2014 3D Modeling Bookeveryone. Download file Free Book PDF AutoCAD 2014 3D Modeling at Complete PDF Library. This Book have some digital formats such us :paperbook, ebook, kindle, epub, fb2 and another formats. Here is The CompletePDF Book Library. It's free to register here to get Book file PDF AutoCAD 2014 3D Modeling Pocket Guide.

You can also return to any previous view by using the Zoom Previous command option, Z P at the keyboard or from the Standard toolbar. When you have selected the objects, the Change Properties dialogue box appears. To change the thickness, simply enter a value in drawing units in the Thickness edit box. When you click the "OK" button your objects will be extruded by the amount specified. The illustration right shows the result of applying a thickness to a circle.

ENGT 220: AutoCAD 2014 Tutorial Second Level: 3D Modeling

A circle with no thickness is shown on the left and a circle with thickness on the right. Effectively a circle with thickness becomes a cylinder. By now you should be quite used to using the Move command but up until now you've only been moving 2D objects in the XY Plane. Move can just as easily be used to move a drawing object vertically, perpendicular to the XY Plane.

AutoCAD 3D House Modeling Tutorial Beginner Basic - 1

You can do this by using XY and Z co-ordinates or by picking points in 3D space. In the illustration on the left a circle has been moved from the base plane of a cube to the top face of a cube.


  • AutoCAD 3D Modeling;
  • Along the Way?
  • All About Detox - Easy Steps To Clean Toxins;
  • Categories;
  • Flight Of The Dragon;

Just start the MOVE command, select the circle, pick one of the lower corners of the cube as the base point use the end point Osnap! If you look at the circle in plan there appears to be no difference in it's position because it has not been moved in the XY plane but perpendicular to it. You can use the same principle to move any drawing entity. Bear in mind that you must always use an Osnap when you are picking points in 3D space. If you do not, the picked point will always be on the base plane, which doesn't make any sense.

One of the problems with this is that you may not realise your mistake until you change your view position because in the current view the objects will appear to have been moved normally. It's a good idea to keep switching your view point as a check. In the above example the move was fairly easy because we had a cube to use as a guide. Very often you will need to move an object vertically without any guide.

ENGT 220: AutoCAD 2014 Tutorial Second Level: 3D Modeling

In such a case you should use co-ordinates. For example, if the cube in the illustration above was 40 drawing units high then I could move the circle using the following command sequence. Base point or displacement: Notice that I use the UCS origin point as a base point, that's because it's standard practice but in principle it could be any point in space.

The most important thing is that the X and Y co-ordinates remain the same because we do not want to move in the XY Plane and the Z co-ordinate must increase by the distance you want to move up. Using co-ordinate 25,43,16 as the base point and 25,43,56 as the second point would have resulted in exactly the same move. To move down you just need to specify a negative Z co-ordinate.

For example to move the circle down by 40 units the second point co-ordinate would be 0,0, The 3D Face command is used to draw 3D surfaces with 3 or 4 edges.

AutoCAD 3D Modeling : Munir M. Hamad :

The reason is that when you give an entity like a rectangle a thickness it is given solid sides in the direction of the extrusion but it is left open ended like a tube. To add a top and a bottom to a box you must use 3D Faces. The box on the right is a rectangle which has been given a thickness. As you can see, it does not have a top. A 3D Face has been added to the top of the box on the left which gives the effect of a solid surface when shaded. When you use the Shade command, don't forget to use the Regen command to get back to the wireline drawing. AutoCAD does not allow you to pick points on a shaded drawing.

For complicated shapes you may need to use a number of 3D Faces to fill a surface. Fortunately, extruded circles are automatically given a solid top and bottom so you don't need any 3D Faces. If you do need to use a complex of faces to fill a surface there is a way to hide the join lines between faces.

Information

If you type "I" and before the first pick point of any edge, that edge will be made invisible. If you are careful you can easily fill a complicated surface with many 3D Faces which will simply appear as a single continuous surface. The exercise below is designed so that you can practice all of the new commands and techniques outlined above.

It is a simple table which is composed of 9 main elements, 4 legs, 4 rails, and a top. Remember, there is nothing special about rectangles, they are just 4 sided closed polylines, so if you prefer using the PLINE command, then feel free. These rectangles will be given a thickness using the Properties command and an elevation using the MOVE command.

First of all draw the table plan using the dimensions on the illustration and inset detail below. All dimensions are in millimetres.

Introduction

The plan is composed of nine rectangles. Join us for this session to learn how Frame helps engineers and architects unlock the power of the cloud to boost collaboration and productivity for Revit, AutoCAD, Inventor and any other Windows application.

This presentation will go over the initial planning and execution stages of a Building Information Modeling BIM -driven project to create a new 2-lane tunnel under Thimble Shoal Channel in Virginia. When complete, the new tunnel will carry 2 lanes of traffic southbound and the existing tunnel will carry 2 lanes of traffic northbound.

The project design is quite a challenge, as it's meant to connect to an existing highway and tunnel system in such a way as not to disturb the flow of traffic during construction. Using AutoCAD Civil 3D software, Revit software, Navisworks software, and additional Autodesk software, we were able maximize our use of the model data, not just for construction documents, but also for analysis.

Coordination of not just the design data, but also the various teams and interests on the project, were integral to making it successful. This class will teach the basics of establishing distribution systems in Revit software using criteria-based equipment selection via the LayoutFAST plug-in.

Top Authors

We'll look at how we can easily insert real-world equipment families into a Revit model, and how to establish distribution systems. We'll also cover the importance of circuit data within a model, and how we can use that data for design decisions and efficient project completion. This class will focus on how to create precast PC shop drawings and fabrication models within Revit software. Fabrication will be carried out using drawings, data created, and data extracted from live-model elements.

As such, a very high level of detail and efficient data management is critical to the success of a PC project. Additionally, since rework and changes to the model can be destructive to the quality and efficiency of modeling, we'll discuss project workflows that minimize these risks. We'll show the general framework of the fabrication model, including the use of Revit parts and assemblies.

We'll discuss strategies for intelligent family creation of connection families that will facilitate the erection and piece drawing creation processes. We'll also discuss how data can be extracted to support the production, delivery, and erection processes. This course will cover effective practices for project managers, architects, engineers, and designers working on Building Information Modeling BIM projects for all areas of architecture, structure, and MEP mechanical, electrical, and plumbing systems. Learn how AutoCAD software and Revit software have altered the traditional design workflows and processes, and discover how to manage the disruptive changes.

The course will cover pre-project planning, as well as deal with project content and understanding what tools can really help a project's bottom line. We'll also review key CAD and BIM standards, and explore where Revit software alters typical project tasks for higher levels of development. The course is well suited for the first-time manager and experienced user.

If you're ready for an energetic, fast-paced class that packs in a lot of information, then sign up early and often. With Building Information Modeling BIM , data now has the means to coalesce, become information, and be analyzed as never before. Data granularity and its volume achieved around BIM open the doors for the creation of a Google-like virtual model-based browser for the built environment. We utilize the combined design, construction, and operation know-how of TAV Construction and TAV Airports, based on innovative tools and technologies created for the built environment industry.

This effort has become a case study for us and for the industry in which several challenges have been addressed, opening the way for future possibilities. Save to my AU Saved. Discover how to create 3D models by combining basic shapes to create more complex objects Learn how to use meshes and surfaces to create organic shapes Learn how to modify 3D models using sub-object selection and underlying curves Learn how to convert between solids, meshes, and surfaces.