This option let you create a family of parts by creating a template part.
#Ug nx drafting tutorial pdf update#
You can also decide whether you want he Extract Body feature to update when the original body is changed. Features can then be added to Extract Body feature without appearing on the original body. This option create an associate copy of an entire body in part file. (Example: In Machining model you can add wave link of Casting model and perform the machining operations) Once you have a wave linked boy you can perform operations on it. This option create an associate copy of composite curve, sketch, datum, point, face, body, mirror body of part file in assembly file. The effects of these operations are only visible at the level of the assembly work part in which the promote was created, and in any other assembly that references that part. Once you have promote a body, you can perform operations on it, such as adding features, performing Boolean operations between it and other bodies, and so on. The promote body remains associative to the original body, which is referred to as the base body. When you have an assembly that is work part, this option lets you promote a body from a loaded assembly component to the level of the assembly. You can define the shape and function of features, and create hierarchical libraries of features that are tailored to our need. You can create and add the user defined features (UDFs) to target solids. We can create our own form features that automate commonly used design elements. User defined feature is used to create the objects of different sizes in a single file. Note: Save your file where command prompt showing location Example:- C:/users/username Ug_convert_part (space) -in (space) 1234.prt
We can convert a file created in mm to inches by using UG command prompt.
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Sham Tickoo, Purdue University Northwest, USAĬADCIM Technologies, 525 St.4) How to convert a file created in mm to inches (conversion of units) in UG? Written with the tutorial point of view and the learn-by-doing theme, the textbook caters to the needs of both novice and advanced users of NX 11.0 and is ideally suited for learning at your convenience and pace. In addition, a chapter on mold design for plastic components has been added in this textbook. Keeping in mind the requirements of the users, the textbook at first introduces sketching and part modeling in NX 11.0, and then gradually progresses to cover assembly and drafting. Also, in this book, the author emphasizes on the solid modeling techniques that improve the productivity and efficiency of the user. After reading the textbook, the user will be able to create parts, assemblies, drawing views with bill of materials, and learn the editing techniques that are essential to make a successful design. In this textbook, about 39 mechanical engineering industry examples are used as tutorials and an additional 34 as exercises to ensure that the users can relate their knowledge and understand the design techniques used in the industry to design a product. The textbook covers all major environments of NX with a thorough explanation of all tools, options, and their applications to create real-world products.
NX 11.0 for Designers is a comprehensive that introduces the users to feature based 3D parametric solid modeling using the NX 11.0 software.
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