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Top 10 Reasons to Move from AutoCAD to AutoCAD Mechanical 2008When you’re dealing with machinery that contains hundreds or thousands of parts, it could take days, even weeks, to draw them from scratch. AutoCAD Mechanical changes that by providing a comprehensive set of parts and features that you can select for your designs. When content is inserted, AutoCAD Mechanical intelligently cleans up the surrounding geometry so you don’t have to edit it manually. Examples include the following: Manufactured Parts Screws, Nuts, Washers Pins, Rivets, Bushings Plugs, Lubricators, Sealing Rings Bearing and Shaft Components Structural Steel Shapes Through, Tapped, Blind, and Oblong Holes Undercuts, Keyways, and Thread Ends
Download PDF for Top 10 Reasons to Move from AutoCAD to AutoCAD Mechanical 2008Application of Time-Temperature-Stress Parameter to High Temperature Performance of Aluminum AlloysBecause the properties of aluminum alloys are dependent upon both the exposure temperature and also to the length of time of exposure, the prediction of design values for structures designed to last many years is a significant challenge. For relatively short-life structures, the need is addressed simply by planning ahead and carrying out a test plan that replicates the intended service conditions. This is feasible for structures whose design life might be as much as a year or even five years, but it is not very practical for structures for which the life expectancy is 10 years or more.
Since the early 1950s, the analyses of long time, high temperature data for aluminum alloys, ferrous metals and superalloys (1-4), has been addressed through the use of time-temperature parametric equations that permit the consolidation of data obtained over a variety of temperatures and exposure times into a single relationship. Once such relationships are established based upon the available experimental data and optimized, it is possible to extrapolate to service conditions substantially beyond the range of the test data themselves. This must always be done cautiously and with awareness of the extent of the extrapolation, but it provides a better perspective than simply extrapolating individual strength life curves.
Within the scope of this paper, the authors will briefly review the background for and the application of the most widely used time-temperature parameter, the Larson-Miller Parameter (LMP) plus, more importantly, demonstrate that there is value in the application of such parameters to types of dataSculpted Prims with Maya – Modeling, Texturing, ExportingThis short tutorial implies that you know the basics of Maya. Please refer to the many available Maya Tutorials on the net on how to work with materials (textures) and how to apply them to objects. Just one quick tip: Many drag-and-drop operations in Maya are done with the middle mouse button. You can apply textures/materials to objects this way as well as moving materials from the upper window in the Hypershade Editor to the lower window in order to edit the material (right mouse button -> Graph).
With the method described below you can use all methods that Maya offers to texture and light your object and then export the resulting texture to SL. The result is a straight bitmap; I haven’t yet worked with transparencies (alpha), but that should be perfectly possible, too. The process of converting all the Maya materials and lights into one single texture is called baking. Its big advantage is that all UV mapping coordinates are generated automatically and you can precisely texture even very complex sculpty prims. Depending on the texturing method you use in Maya, the texturing in Maya is more or less work. I used 3D materials in this tutorial – they “wrap” themselves around a 3D object automatically and don’t need any manual editing of texture coordinates.
Download pdf Sculpted Prims with Maya – Modeling, Texturing, ExportingMaya Introduction pdfThis brief handout gives a short introduction to MAYA. Only the most important and basic commands are listed here. For further information and special knowledge to all the commands you can temporarily lend a MAYA manual at the Lynn studio. For any other questions contact us.
In this intro several abbreviations are used:
LMB – Left mouse button
RMB – Right mouse button
MMB – middle mouse button
Maya file types :
mb – default: MAYA binary
ma – MAYA ascii ( for exchange with other MAYA version –manipulate header)
iges – Iges File for data exchange with Surfcam, Rhino, FromZ….etc. supports nurbs geometries. (Hint: to import in SurfCam modify file extension to .igs) Dxf (not recommended) polygon format for AutoCAD etc.
The viewport
- Different viewport configurations are available on the sidebar.
- To change between default viewport configurations press the spacebar.
- Defaults are the perspective window & the 4-tiled persp/orthogonal views
Orientation in the viewport:
Alt+LMB+drag: rotate view
Alt+MMB+drag: pan view
Ctrl+Alt+drag: zoom window
Display properties:
Select viewport and hit
4 for wireframe display
6 for shaded view with default lighting
7 for shaded view with scene lighting
Download pdf Maya IntroductionMSI MS-1013 12,1? WXGA Notebook Installation Guide ManualMSI 1013 is shipped out as a barebone. Some of the components are equipped while some are not. This installation guide provides you with the information of notebook hardware setup. Before assembling your notebook, please prepare installation tools and appropriate items. If you are not sure about the items, please contact your dealer for more information. Package check list: Optional Hardware Devices: HDD, Mini PCI WLAN card, CPU, Memory
Before installing the notebook
• The peripheral devices contained herein depend on your actual system configuration.
• Third-party trademarks and names are the properties of their respective owners.
• The information contained herein relevant to software and hardware are for reference only and in accordance with actual system configuration. All information are subject to change without notice. Warning!
• Ensure power is turned off and notebook battery is removed before you install any hardware devices.
• Use a grounded wrist strap before handling computer components such as CPU, Memory, HDD, mini-PCI Card, etc.
• Place components (CPU, Memory, HDD, mini-PCI Card, etc) on a grounded antistatic pad or on a bed that comes with the components whenever the components are separated from the notebook.
• If you have any difficulties in installing hardware devices, please contact your dealer for further information.
Download pdf MSI MS-1013 12,1? WXGA Notebook Installation Guide ManualRealObjects PDFreactor ManualRealObjects PDFreactor is a powerful formatting processor that enables server-side PDF creation from XML and XHTML/HTML documents using Cascading Style Sheets (CSS) to define page layout and styles. You can dynamically generate PDF documents such as reports, invoices, statements and others on-the-fly. Since PDFreactor runs on your server, the end-user does not need any software other than a Web browser with a free PDF viewer.
By implementing the W3C specification for Paged Media and print, PDFreactor provides great control over the paged output via CSS. It is very easy to set page sizes, margins and pagination for specific elements, page headers and footers. Using proprietary configuration and CSS properties, it is possible to set PDF specific information, to generate outlines and links for your documents and even to add meta information about the author or keywords. PDFreactor is provided as a Java library. The PDFreactor Java API is perfectly complemented by a .NET and a PHP API which enable a smooth cooperation of PDFreactor and your web applications. Being an integrator or developer with focus on Java, Servlet, EJB, CGI, PHP or .NET programming, you can easily integrate PDFreactor into your servlet, EJB or Web Service by using the comprehensive APIs at your disposal.
In the simplest case you only have to specify an input and output file to generate a PDF document. It is also possible to use the operating system's standard input (stdin) and output (std-out) streams to read and write content. This is especially useful when using PDFreactor withRegional BGAN Satellite IP Modem Advanced Troubleshooting GuideThis Advanced Troubleshooting Guide is intended to be used by approved Inmarsat Distribution Partners, Service Providers and Distributors as a supplemental tool to the Regional BGAN Satellite IP Modem User Manual and FAQ’s published on the Inmarsat Regional BGAN micro site when diagnosing Modem problems. The instructions in this guide assume that the reader has general knowledge of the Regional BGAN Satellite IP Modem and Microsoft Windows.
For confirmation of a suspected defective Modem, SIM, charger or battery, this guide will refer to the A-B-A test. The A-B-A test is simply (A) confirming the problem with the customer’s suspected defective components, (B) substituting a known good component to prove that repairing or replacing the suspected defective component fixes the problem, and (A) again duplicating the problem with the original defective customer components.
1. A = duplicate reported problem using customer’s suspected defective components.
2. B = replace suspected defective component with a known good component to verify resolution of problem.
3. A = duplicate reported problem once again using customer’s original suspected defective components
Download pdf Regional BGAN Satellite IP Modem Advanced Troubleshooting GuideDTK2410 Specification Manual pdfDTK2410 reference board 9 Reference board for embedded application 9 SAMSUNG S3C2410 MCU 9 NOR/NAND Flash and SDRAM 9 USB host and device 9 UART interface 9 JTAG interface 9 3.5 TFT LCD 9 10/100Mbps Ethernet 9 2*16 character LCD 9 Buzzer 9 4*4 Key matrix JTAGProbe TM 9 Offer simplest debugging, loading user application and upgrade flash memory 9 Compatible with Wiggler of Macraigor System. 9 DIGNSYS JTAGProbe TM tool Software Embedded Linux 9 DEPSS TM : Development Environment Platform for System Solution 9 Exercise Porting Boot Loader and Embedded Linux Kernel 9 Exercise Handling Device Driver 9 Exercise Applications
ARM Processor and Assembly evaluation 9 Exercise ARM Assembler 9 Exercise Start-up code with ARM processor 9 Handling Device with ARM based system Tools Cross Compilation Tool 9 GNU Tools for Linux platform 9 GNU Tools for Windows(Cygwin) platform 9 GNU Tools for Windows(Win32) platform PACKAGE CONTENTS DTK2410 5V DC Power adapter Serial cable AB-type USB cable for device interface Ethernet cross cable JTAGProbe TM JTAGProbe Parallel cable 20 pin ribbon cable DES920 CD-ROM Document 9 Document for Hardware 9 Document for Software 9 Document for Tools Hardware 9 Schematic 9 PCB Design 9 Parts and Components Software 9 Embedded Linux 9 ARM Processor Tools 9 Tools for Linux hostCyberinfrastructure and Web 2.0Cyberinfrastructure 1 and e-Science 1 are conventionally presented in terms of Grid technologies 2 3 that support remote access to computational science resources (such as supercomputers), distributed data management, networked instruments and similar technologies. Web Services are a key technology for realizing this vision 4 5. In contrast to these heavyweight approaches, however, many important innovations in network programming are emerging outside the (by now) traditional Web Services framework and are collectively known as Web 2.0 6. As we discuss in this chapter, these developments need to be tracked and incorporated into the e-Science vision.
This chapter reviews some of the core Web 2.0 concepts by considering their impact on e-Science activities. For a related perspective on these issues, see 7. Web 2.0 is not a specific set of technologies and is best characterized as a movement towards network programming for everyone. The blurred distinction between a Web application and a Web tool (such as Google’s My Maps and Yahoo’s Pipes applications) means that even non-programmers can make sophisticated custom Web applications. In contrast to Web 2.0, the Enterprise-centric view of Web technologies holds that Web development is the domain of highly trained programmers working in very sophisticated development environments with complicated service interface and message specifications. Enterprise technologies are characterized by various Web software vendor efforts from Microsoft, Oracle, IBM, Sun, HP, and others. Grid computing is closely aligned (through the Open Grid Forum 8, for example) with Enterprise computing.
The numerous Web Service specifications (collectively known as WS-*) have formedHelloDevice Lite Series LS110 User ManualOverview Package Check List Product Specification Terminologies and Acronyms Getting Started Panel Layout Connecting the Hardware Connecting the Power Connecting to the Network Connecting to the Device. Accessing Console Port Using Serial Console Using Remote Console IP Address Configuration Static IP Overview Static IP Configuration IP address Subnet mask Default gateway DHCP Overview DHCP Configuration DNS Primary DNS Configuration Secondary DNS Configuration Host Mode Configuration Host mode Overview TCP server mode operations TCP client mode operations
TCP server/client mode operations UDP tunneling mode operations UDP server mode operations Modem emulation mode operations Telnet Server mode Serial Port configuration Baud rate Data bits, Stop bit(s), Parity Flow control Options DTR/DSR behavior Inactivity timeout Inter-character timeout IP Filtering System information System administration Device name Username Password Factory reset Factory reset without IP settings Firmware upgrade Ping User connection status Telnet configuration enable/disable Other Menus Save changes Exit without reboot Save and reboot Appendix A: Connections Ethernet Pin outs Serial Port Pin Outs Ethernet Wiring Diagram Serial Wiring Diagram Appendix B: Well-known Port Numbers Appendix C: Troubleshooting Power/LED Status Troubleshooting Serial Console Troubleshooting Remote Console Troubleshooting IP Address Troubleshooting DHCP Troubleshooting TCP Server Mode Operation Troubleshooting Serial Communication Troubleshooting
Download pdf HelloDevice Lite Series LS110 User Guide
