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Seamless data flow
for optimum productivity. With ever-increasing requirements, there is the need
to use processoriented, technical standards for communicating product data. To
help you administer your CAD components and the associated product data,
TraceParts supports integration in existing PDM/ERP environments.

This
means that all the relevant data are still available centrally. Manufacturing
companies can then benefit from seamless, intelligent networked
processes.

Being an open system, TraceParts can be easily and flexibly
adapted to any PDM/ERP system. Two practical processes are supported with this
in mind:

Selecting standard parts using a PDM/ERP system
The
components generated from TraceParts are first imported into the separate
PDM/ERP system.

The complete data, such as material data, CAD drawing and
article master data, are then directly transferred to the CAD platform to
continue with the design process.


Using TraceParts as the main system
for selecting components
TraceParts is used directly as the front-end for
selecting components. This also involves a check being made automatically in the
PDM system to see whether the component can be used.

Any CAD drawings
that are available and approved are transferred immediately, while missing CAD
drawings are created straightaway.

This means that both solutions prevent
parts already used from being created more than once or parts that are not
approved from being used.

Whatever process companies decide upon, all the
relevant product data are supplied along with the selected CAD model.


info
:
http://www.traceparts.com/users/integration.asp
http://www.traceparts.com/users/tpdvd.asp

Wilcox PC-DMIS v4.2

PC-DMIS provides
comprehensive measurement routines for all part types, whether contoured, thin
walled or prismatic, providing unparalleled versatility for all applications,
from the simple to the most complex. PC-DMIS will also run any brand of
Coordinate Measuring Machine (CMM), maximizing its productivity in the
process.

Wilcox Associates, Inc. is proud to bring you PC-DMIS version
4.2. This Enterprise Metrology Solutions platform brings together new aspects of
PC-DMIS for the development of a complete manufacturing process control
solution.

Available in this release are variations of PC-DMIS designed to
assist with every aspect of the fabrication and quality control process. The
newly created packages include PC-DMIS Laser, PC-DMIS Vision, PC-DMIS NC, as
well as the established PC-DMIS Pro, PC-DMIS CAD, and PC-DMIS CAD++ platforms.

Also included with this release is PC-DMIS ONE, a simplified shop-floor
DCC inspection package developed in cooperation with Brown & Sharpe.

Additionally, this release provides you with the PC-DMIS Inspection
Planner, an evolutionary step that provides a paper-less, completely electronic
inspection process.

Ductsize lets you create a complete duct system from start
to finish, and gives you control over every aspect of the design. You can let
the program size all the ducts for you (using three different sizing methods),
or enter your own sizes to analyze an existing design. Or you can do any
combination of the two, where you specify the duct sizes through tight areas
where there is little room for ductwork, and let the program calculate the sizes
everywhere else. If you are an engineer or HVAC designer who wants to step up to
the ultimate in a duct sizing program, then Ductsize is for
you.

Ductsize quickly calculates optimal duct sizes using either
the static regain, equal friction, or constant velocity method. Data entry can
be accomplished manually or taken graphically from either Drawing Board or
Autodesk Building Systems 2006 or 2007, or soon from AutoCAD MEP 2008 . Duct
sizes can be calculated on a round, rectangular, and flat oval basis. Noise
levels and required attenuation are printed for each runout duct. A library of
fan data for noise calculations is built into the
program.

Ductsize allows an unlimited number of duct sections, and
is suitable for both constant volume and VAV systems as diversity is accounted
for.
Ductsize also has an option for specifying duct height and width
constraints to control sizes. This feature is also useful for analyzing problems
in existing systems where the duct sizes are already
specified.
Ductsize is based on the design procedures given in the
ASHRAE Handbook of Fundamentals and the SMACNA HVAC Systems Duct Design Manual.
Important new features include a Project Explorer and corresponding report that
provide a tree-style graphical representation of all trunks and runouts in the
project. In addition, both supply and return duct systems can be entered in the
same project.

Features
-Calculates optimal air conditioning
duct sizes.
-Computes round, rectangular, & flat oval duct
sizes.
-Four sizing methods available: Static Regain, Equal Friction,
Constant Velocity, and As Built ("Presize").
-Links to Autodesk Building
Systems 2006 and 2007, and soon with AutoCAD MEP 2008 (Static Regain version
only).
-Includes a built-in fan library for noise calculations.
-Fitting
Selector displays drawings of over 190 ASHRAE duct fittings, now inclding return
fittings.
-Project Explorer provides a tree-style graphical representation of
all trunks & runouts in the project.
-Includes Duct Connection Tree
Diagram report, a concise, graphical report to give the installer.
-Both
supply and return duct systems can be entered in the same project. Return-side
duct system losses are automatically accounted for when calculating the
supply-side duct system.
-The number of trunks & runouts is virtually
unlimited.
-Calculates from manually entered data or directly from duct
drawings created with Drawing Board (sold separately).
-Trunks and runouts
are each given a user defined name instead of just a number. Trunk and runout
names can be changed at any time.
-A virtually unlimited number of separate
duct systems can be entered in a single project.
-Provides comprehensive
color reports which can be printed, previewed on screen and saved to
disk.
-Determines noise levels and required attenuation.
-Reports can
optionally be generated as HTML file.
-Reports can optionally be generated as
an RTF file (for Microsoft Word) or a PDF file (for Adobe Reader).
-Uses
ASHRAE and SMACNA procedures.
-Uses either English or metric
units.
-Includes customizable toolbar and menu to fit your work style.

Arcv2CAD converts ArcView / ESRI shape files to
AutoCAD DXF and DWG formats. This allows shapefiles to be read by virtually all
CAD software, eg AutoCAD, MicroStation, CivilCAD, DesignCAD, Visio, as well as
numerous other Mapping and Graphics software, eg CorelDraw, Surfer, World
Construction Set.

Features

Apply colors corresponding to
selected Feature Attributes.
Output entities onto Layers corresponding to
Feature Attributes.
Color fill Polygons - correctly handles holes.
Produce
Text Labels from Features data. Powerful built in Auto-Label
function.
Transfer table data via DXF/DWG ATTRIB or Extended Data (XData)
definitions.
Output Elevation data as real 3D Z coordinates.
Command line
mode for batch operation.
Standalone converter, does not require
ArcView.
Output of a Legend
Translate to all DXF and DWG versions up to
AutoCAD Release 2008. NEW
Support for all 3D Shapefile types (PointZ,
PolylineZ, PolyGonZ, MultiPatch, etc)
Support for Swegis TIN
shapefiles
Properties control for attributes (ATTRIBs), i.e. size, position,
color, etc.
Named Marker Blocks more...
Extrude 2D Polygon shapes to 3D
s. Picture
Online context sensitive help
Fully handles the latest 3D
shapefiles.
Compatible with all ArcGIS / ArcView versions (1.x - 9.x) NEW

New in Version 5.0:
Output AutoCAD 2007, 2008 DXF and DWG
formats
Output Colors and Layers using BYBLOCK and BYLAYER

Advance Steel is a powerful 3D steelwork modelling, detailing
and material listing system from Graitec that runs in AutoCAD. Advance Steel is
ideal for modelling building structures, mezzanine floors, stairs and ladders,
and secondary steelwork. It is fully integrated with AutoCAD, includes AutoLisp
and COM programming interfaces for users to create their own customised macros,
and links to 3D analysis and design software, so that the design engineer"s
model can be fully re-used.

Co-developed by CADS for various local market
requirements, its advanced oriented functionality provides powerful tools
to quickly create, review and edit all types of structural and secondary
steelwork including both hot and cold rolled. Advance Steel delivers the same
functionality as Xsteel and StruCad (and more in many instances) but at a
fraction of the price of that software.

All parts including any custom
s can be numbered automatically and clash checked followed by the
automatic production of drawings and material lists. DSTV NC files and cold
rolled CAM data can also be extracted from the model automatically saving much
time and eliminating errors.

Full AutoCAD integration allows DWG files
from other disciplines to be combined with Advance Steel models using Xrefs,
blocks, `drag and drop´ etc allowing clash checking, listing and visualisation
of the whole construction.

Advance Steel provides full support for a
complete range of cold rolled products, including profiles and connections. Each
leading manufacturer´s products are accessed via their own icon on the cold
rolled toolbar. When a member changes size or position the adjoining connections
are automatically updated.

Advance Steel also includes AutoLisp
(enhancing standard AutoLisp to include Advance Steel commands) and COM (VBA,
C++) programming interfaces. This means that users can create their own
customised macros for specialist requirements.

Advance Steel links to 3D
Analysis & Design Software such as SMART Portal3D to fully re-use the design
engineer"s model. The result is a standard 3D model complete with member sizes
and part numbers. This feature also means that Engineers can use Advance Steel
to clash-check their designs.

Advance Concrete was specifically developed for structural
engineers and detailers seeking a simple to use and completely integrated
package in AutoCAD to create all their construction drawings. Perfectly
integrated into AutoCAD, Advance Concrete significantly accelerates the initial
design phase of buildings by offering detailers and engineers a library of drag
and drop structural elements (slabs, beams, columns, walls, foundations),
openings (doors, windows, depressions, openings, niches), bars (straight bars,
point bars, frames, pin bars, stirrups), materials and standard
sections.

Once the model is complete, Advance Concrete generates all
construction drawings using a large selection of view production tools,
dimensions, locations, symbols and automatic layout functions.

All the
necessary tools are provided for fast and efficient modeling. Initial creation
of a precise model is important since Advance Concrete will subsequently create
all structural and reinforcement drawings from this model. Advance Concrete
provides all the specialized functionalities required for the creation of
reinforced concrete structures:

• Complete library of structural elements
(slabs, beams, columns, walls, foundations)
• Complete library of openings
(doors, windows, depressions, floor openings, niches)
• Complete library of
hole shapes (rectangular, circular, polygonal)
• Materials and sections
libraries
• Levels management tools

Parametric Reinforcement: Advance
Concrete 6.1 enables assignment of parametric reinforcement attributes for each
(beam, column, openings). Reinforcement drawings are then automatically
created! The user can also create custom reinforcement templates and associate
them to structural elements.

owered
by the SIM4ME common modeling environment, HEXTRAN is the core heat transfer
technology for all of SIM4ME. Users will instantly recognize the look-and-feel
upgrades in the latest version. The GUI is Java-based, and offers a built-in
HTML help system. These characteristics enable the production of standard TEMA
exchanger data sheets in both HTML and Excel formats. The new GUI also offers
superior post-processing displays and plots of results from network targeting,
grand composite curves, and zone analysis exercises.

HEXTRAN users will
find that it provides new efficiencies in all types of design and operational
analysis work: individual exchanger and network designs, pinch analysis,
exchanger zone analysis, split flow, area payout, and cleaning cycle
optimizations.

Your Tool for Greater Profitability

Using HEXTRAN
to simulate actual performance can make the difference between profit or loss.
HEXTRAN helps you achieve cost effective improvements such as:

• Improved
process heat-transfer, product yield, and quality
• Increased energy
efficiency and significantly reduced operating costs
• Increased plant
flexibility and throughput
• Optimized cleaning schedule for exchangers
• Optimal antifoulant selection and usage
• Improved process designs and
revamps

The HEXTRAN process heat-transfer simulator offers all the
features that enable you to easily evaluate complex design, operational, and
retrofit situations. You can design new systems for maximum efficiency and also
identify problems, anywhere, before they happen.

A Design Tool - HEXTRAN
enables the design of both simple and complex heat-transfer systems, resulting
in cost effective, flexible processes.

A Retrofit Tool - HEXTRAN allows
you to retrofit existing equipment and revamp heat exchanger networks to yield
optimum performance.

An Operations Tool - HEXTRAN enables the
identification of cleaning incentives and the prediction of future
performance.

HEXTRAN’s Comprehensive, Robust, and Reliable Calculation
Engine is Newly Modularized - Current HEXTRAN users will find all prior
calculation features in the new version, including all links to third party
software such as HTRI and HTFS programs.

All of the targeting, synthesis,
design, rating, and optimization technologies HEXTRAN users trust are included
in the latest version, along with the comprehensive thermodynamic and physical
property data banks that have become industry standards. We have virtually
eliminated prior limits on the number of components or pieces of
equipment.

Clear Upgrade Path Brings all HEXTRAN Users Forward - The
latest version will automatically convert yourprevious version"skeyword input
files or GUI database files to take full advantage of the new SIM4ME
environment.

New, Thin-Client Platform and Microsoft Sequel Server Offer
Improved Access and Distribution Power - Our new architecture also allows for PC
LAN, WAN, and stand-alone, collocated platforms supporting all security levels.
This gives great flexibility in licensing and securing modules, using any of the
FlexLM, ELAN, or Dallas security technologies.

FLOTHERM is
powerful 3D simulation software for thermal design of electronic components and
systems. It enables engineers to create virtual models of electronic equipment,
perform thermal analysis and test design modifications quickly and easily in the
early stages of the design process well before any physical prototypes are
built. FLOTHERM uses advanced CFD (computational fluid dynamics) techniques to
predict airflow, temperature and heat transfer in components, boards and
complete systems.

Unlike other thermal simulation software, FLOTHERM is a
Design-Class or industry-specific analysis tool specially designed for a wide
range of electronic applications that include:

 computers and data
processing,
 telecommunications equipment and network systems

semiconductor devices, ICs and components
 aerospace and defense
systems
 automotive and transportation systems
 consumer
electronics

As a Design-Class tool, FLOTHERM features specialization,
built-in intelligence and automation not found in traditional analysis software.
This functionality maximizes productivity for thermal design experts, minimizes
the learning curve for mechanical design engineers and provides the highest
levels of return on investment available from analysis software.

In a
small to medium-sized company, FLOTHERM can pay for itself several times over in
just one year and even faster as the size of the company increases. Experience
the benefits of using FLOTHERM for thermal design of electronics, that
include:

 solving thermal problems before hardware is built

reducing design re-spins and product unit costs
 improving reliability and
overall engineering design

RMCalc is a software program
to compute restraint moments in precast prestressed girder bridges constructed
with continuous spans. By determining the magnitude of restraint moments, the
degree of continuity between continuous spans can be evaluated.

The
TatukGIS Editor supports all of the features of the free TatukGIS Viewer, plus
an extensive set of features to create, edit, translate, and analyze GIS map
files or projects. The Editor opens most GIS/CAD and raster image file types and
most ArcView®, ArcExplorer®, and MapInfo Professional® projects and can convert
and save map layers to a choice of widely used file types. Because all file
formats are supported “natively”, free of conversion to/from any internal
format, the TatukGIS Editor is compatible with other GIS software products which
an organization may already have in use.

Besides the reasonable license
price, the Editor is intuitive and easy to use which can significantly reduce
the costs of training new users. The Editor can be learned from the tutorials
and help files which are accessible under the program’s Help menu. The user
interface is provided in 16 language options.

Although the Editor is
most typically used as a stand-alone desktop application, it supports the
opening of WMS (Web Map Service) layers and can be configured to work with SQL
geodatabase layers running on almost any SQL database server product for
multi-user access and editing of the same map files via a network. The Editor
presently supports the reading/writing of data in three SQL database layer
formats.

The Editor includes advanced functionality to build line and
polygon topology. This provides the means to efficiently identify and correct
topology errors from shape file map layers.

A free trial version is
available.
Editing Features:

Edit already existing vector file
geometry and save to the SHP, MID/MIF, DXF, GML, DLG, KML, GPX, and CSV formats
or to three SQL geodatabase formats: i) OPENGIS® Simple Features for SQL
Implementation, ii) native TatukGIS SQL binary method, and iii)Geomedia® SQL
Server & Access Warehouse.
Ditigize new or edit existing shapefiles in
supported formats
Update or create new vector shapes by importing x,y
coordinates from a text file, spreadsheet, or WKT representation
Export
shapefile layers with advanced filtering tools: extent, shape type, selection,
and/or attribute query
Convert/translate shapefiles between supported
formats
Edit shapefile attribute information via the data panel
Export/import shapefile attribute data to/from a spreadsheet or database
Shapefile editing with distance/bearing measurements, as used with real
estate parcel records in North America
Special shapefile drawing tools:
rectangle, rotated rectangle, quadrilateral, circle, right angle, freehand
drawing
Line smoothing mode using B-Splines
Snapping vertices to already
existing locations during the digitizing process
Special clipboard layer
(copy, paste, save, unions, subtractions, etc.)
Unions and splitting vector
shapes
Merge shapefile layers (files)
Create buffers and convex hulls
and use to perform spatial selections
Export shapefile data to supported
vector map formats; Refine the export operation using spatial extent, spatial
selection, and/or SQL attribute query
Import/export data between a map layer
and GPS devices using the GPX format
Concurrent multi-user editing of the
same file using SQL server based formats
Build polygon and polyline topology
layers and use to systematically identify and correct geometrical errors in
vector map data
Viewing Features:

Open/read most vector, image, and
SQL geodatabase data formats; support is native, with no need to import data
into any internal format
Open the attribute information of any vector map
layer as a table in the data panel; perform advanced queries and filters against
attribute values
Open WMS map layers from a remote server.
Use map
layers containing multiple file types in the same project
Open most ESRI
ArcView®, ArcExplorer®, and MapInfo Professional® projects as well as TatukGIS
project files
Create or edit TatukGIS project files
Zoom in/out, pan
Scale bar and user defined scale for viewing/printing
Add, remove, and
reorder layers in a project; unlimited number of layers
Alter the appearance
(colors, styles, fills, outlines, symbols, transparency, etc.) of vector layers
with the use of "style sheets"
Manipulate pixel layers (brightness,
transparency, histograms, etc.)
Custom render thematic maps based on vector
attribute fields, including colored-gradient value themes
Color render
Digital Terrain Model (DTM) data with directional light and shadowing
Custom
label fonts, sizes, colors, positions, etc.
Custom render map geometry,
labels, charts, etc. based on zoom (scale) level
Use CGM and TrueType
symbols for points and lines; CGM, TrueType, and WMF symbols for fills
URL
Hotlink for automatic linking s to any document referenced with a valid
URL (web page, file, even mailto)
Present data as bar and pie charts
Spatial querying (by point, line, circle, rectangle, polygon, and custom
clipboard layer)
Advanced attribute data presentation, querying, and
selection with the data panel; SQL query builder
Measurement tools for
distance, area, and perimeter
Print and print preview, print to PDF file
Copy visible extent of all layers to Windows clipboard using the EMF meta
format
Export to image files: TIFF/GeoTIFF/LZW, JPEG, PNG, BMP, PixelStore,
PDF
"Internet Server Wizard" to easily set up a simple ASP.NET project for
web publishing with the TatukGIS Internet Server. This provides an easy and
affordable path to web publish any GIS mapping project. Click here to see a
sample that was prepared with the free Viewer and web published with the
TatukGIS Internet Server LITE edition.
16 language user interface options