Siemens Nx 12 User Manual Pdf
Siemens Nx 12 0 Book.pdf - search pdf books free download Free eBook and manual for Business, Education,Finance, Inspirational, Novel, Religion, Social, Sports, Science, Technology, Holiday, Medical,Daily new PDF ebooks documents ready for download, All PDF documents are Free,The biggest database for Free books and documents search with fast results better than any online library eBooks Search. In this way, technical drawings become more understandable by the people who do not have enough technical knowledge about technical drawings. Usually, exploded views use in the manuals for the last users. To create an exploded view in NX: Activate the Assembly application in NX. Click on the “New Explosion” in the. 1.3.1 Functional Endurance Basics.12. And Units setup. Menu or select the. Icon on the desktop to start. Main window will appear on the screen. Icon with a single click of the left-mouse-button (MB1) in the. Standard toolbar area. The File New dialog box will appear on the screen with three. /x-force-cs6-keygen.html.
Step 2: Setting Up NX Environment Variables for DCI
The NX DCI uses environment variables set by the NX installation.
If NX is installed on the same computer as PC-DMIS, then you may skip this step. If it is installed on a network (mapped drive), then you need to set the required environmental variables.
There are two ways to handle the installation of environment variables:
Method 1: Run PC-DMIS from an NX Command Prompt
The first method is to run PC-DMIS from an NX command prompt. Start the command prompt from the NX Tools->Command Prompt option under the Start->NX menus. You can now run PC-DMIS from the command line.
Method 2: Manually Set Environment Variables
The second method is to manually set the required environment variables to tell PC-DMIS where to find the NX license server and NX executable. Set the required environment variables as shown below:
UGS_LICENSE_BUNDLE=<bundle name> where <bundle name> is the bundle name found in the NX license file. The UGS_LICENSE_BUNDLE variable tells the NX license server which license bundle you have. The bundle names can be found in the NX license file on the PACKAGE lines. For example, if your license file showed PACKAGE NXPTNR100 ugslmd, you would set UGS_LICENSE_BUNDLE=NXPTNR100.
UGS_LICENSE_SERVER=28000@<server name>, where <server name> is the name of the NX license server.
UGII_BASE_DIR=<install path>, where <install path> is the full pathway to the NX install directory. For NX 8, the default path is C:Program FilesUGSNX8.
UGII_ROOT_DIR=<exe path>, where <exe path> is the full pathway to the root folder of the NX executable. The PC-DMIS NX DCI uses this environment variable to find the NX executable.
Instruction Manual
For NX 8, this is the default path: C:Program FilesUGSNX8UGII
For NX 11, this is the default path: C:Program FilesSiemensNX11.0NXBIN (Starting with NX 11, Siemens changed their directory structure.)
For NX 12, this is the default path: C:Program FilesSiemensNX12.0NXBIN
These environment variables are useful for debugging problems:
UGII_KEEP_SYSTEM_LOG=<tog1>, where <tog1> is either YES or NO. Each NX session creates a log file. If you set this variable to YES, the log file remains when you exit NX.
UGII_TMP_DIR=<temp path>, where <temp path> is the temporary directory that NX uses (usually, it is C:WindowsTEMPUGS). The log files are in this directory.
UGS_LICENSING_NOTE=<tog2>, where <tog2> is either 1 or 0. If you set this to 1, the software adds NX licensing messages to the log file.
UGII_FLEX_NOTE=<tog3>, where <tog3> is either ON or OFF. If you set this to ON, the software adds NX Flex licensing messages to the log file.
Here are some Highlights from Siemens about “What’s New in Siemens NX12”
Also, enjoy the art we’ve created in NX12 and feel free to Download it for yourself.
Design
NX 12 removes barriers to innovation and empowers engineers to quickly achieve optimal design solutions by utilizing their full creative potential. NX 12 includes hundreds of end-user enhancements that will increase your productivity. One example is the simultaneous display of multiple windows, which greatly improves concurrent working methods. Building on major enhancements introduced in NX 11, such as Convergent Modeling™, NX 12 delivers refined tools that support the generative design workflow by allowing direct manipulation of scanned or optimized facet geometry. In addition, our close integration with Mentor Graphics Capital facilitates the intelligent integration of electronic and electrical design with mechanical design. To support the increasing adoption of additive manufacturing, this release combines advanced tools with traditional modeling methods for designing lightweight parts, reinforcing the new capabilities with custom design validation checkers that ensure manufacturability. Together, these enhancements and functionality bolster NX’s standing as the design tool of choice.
Simulation
Simcenter 3D is a unified, scalable, open, and extensible environment for 3D simulation that is based on the NX platform. This release of Simcenter 3D revolutionizes how simulation engineers can help drive design direction and predict product performance. It provides new solutions, such as topology optimization powered by NX Nastran, and supports seamless integration with NX Convergent Modeling™—allowing designers and advanced analysts to quickly generate and explore new design concepts. This release expands and integrates an impressive array of new technologies that build on LMS technologies for acoustics, structural, and motion analyses, and it broadens support for nonlinear solutions to include multi-step and dynamic nonlinear solutions. With new capabilities in motion, thermal, flow, and pre/post, as well as enhancements in discipline- and industry-specific modeling and post-processing, Simcenter 3D empowers engineers to be more productive while enabling more realistic and efficient CAE workflows than ever before.
Manufacturing
NX CAM 12 brings powerful technologies that enable a new level of production efficiency on the shop floor. Adaptive milling, a new high-speed roughing method, significantly reduces machining time while extending cutting tool life. Using the new 5-axis tube milling, NC programmers rely on built-in expertise to efficiently rough and finish narrow hollow features, including ports on engine blocks and shrouded blisks. For high-volume production of complicated parts with many features, the new NX Machining Line Planner, combined with integrated NX CAM, enables distribution, balancing, programming, and simulation of operations over multiple setups and machines. This release also brings new and robust additive manufacturing capabilities to drive a wide range of 3D printer types, including HP Multi Jet Fusion printers. Along with functionality to more easily create complex support geometries, and capabilities for automated 3D nesting, NX truly facilitates the application of additive manufacturing for industrial production.
Pteradactyl
Siemens Nx 12 Free Download
This pterodactyl is an exercise in using the Swept command. The Body was modeled using Swept > Scaling: Perimeter Law, Law Type: By Law Curve. The wings are Swept with a Perimeter Law, Law Type: Linear: Start (value), End (0). The wings were made translucent using Command-J. The head is an Elipse Revolved about its long axis and then using Scale Body set to .6 in the Y Direction. I made one set of claws and then used Command-T to copy and move them around.