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© nCode 2004 ICE-flow Introduction to GlyphWorks © nCode 2004 Durability ProcessDurability Process Signal processing Signal processing Correlation Correlation Test Durability Test Durability Data Acquisition Data Acquisition Physical Life Virtual Life CAE Durability CAE Durability © nCode 2004 eDAQ Data acquisitionInField Data validation and scripting control Product OverviewProduct Overview TCE eDAQ setup Library Data management nSoft manipulation, analysis, reporting CAE-Fatigue FE based fatigue analysis GlyphWorks Data analysis Studio Report generation Utilities: Rainflow ASCIITranslate TestBuilder TestManager 3rdParty Applications © nCode 2004 ICE-flow is an off-the-shelf engineering software system for your data acquisition, processing, reporting and process management needs. ICE-flow quickly transforms vast amounts of raw data into useful information from which key business and technical decisions can be made. MANAGE ACQUIREANALYZEPUBLISH ICE-flowICE-flow © nCode 2004 ICE-flow Library Data ManagementICE-flow Library Data Management A web-based data management system Stores and maintains data in a structured flexible environment Process oriented Configurable Automates processing including setup, data reduction, storage, preview and retrieval © nCode 2004 Library BenefitsLibrary Benefits Engineers can find the data quickly anywhere in the organization Go into an acquisition smarter, knowing what to expect based on trends Reuse data preserving investment in acquisition data Utilize a consistent process increasing dependability and confidence © nCode 2004 What is GlyphWorks?What is GlyphWorks? Data processing tool Graphical assembly of analysis processes. Intrinsically multi-file, multi-channel, multi-format © nCode 2004 GlyphWorks BenefitsGlyphWorks Benefits Graphical interface simplifies analysis task. Power to analyze large amounts of data. Create processes without programming. Standardized processes improves quality of analysis. Multi-format capability saves time. © nCode 2004 What is Studio?What is Studio? Graphical display and reporting tool for engineering data. Multi-file, multi-channel, multi- format environment. Display fatigue results from FE. Data shared with GlyphWorks for rapid reporting of analysis results. Layouts can be saved as report templates and re-used. © nCode 2004 Studio BenefitsStudio Benefits Rapid review and comparison of data Communicate right results in right format to right people Standard report templates save time, improve consistency © nCode 2004 GlyphWorks Example Customers © nCode 2004 Examples of GlyphWorks CustomersExamples of GlyphWorks Customers NORTH AMERICA ACT Laboratories American Boa ArvinMeritor Bodycote Bombardier Transport BorgWarner CNH America Cooper Standard Automotive CRIQ DaimlerChrysler Dana Corporation Eberspaecher Faurecia Exhaust Ford Motor Company Freightliner Freudenberg NOK GE Hydro GKN Automotive Herman Miller NORTH AMERICA (cont) Honda R and also a feature list for highlighting and editing. Sections where condition is true highlighted in XYDisplay using feature list © nCode 2004 2. Damper Temperature Analysis2. Damper Temperature Analysis Automotive OEM wanted to compare damper (shock absorber) temperature during customer use with test lab data. GlyphWorks identifies the required channels of data from the acquisition and uses Studio to create a multi-page report in HTML format. GlyphWorks process © nCode 2004 2. Damper Temperature Analysis2. Damper Temperature Analysis Input: acquired vehicle data including GPS data for multiple road sections (from eDAQ) Process: temperature and GPS channels identified for each test time at level analysis speed integrated to give distance Output: multiple page HTML report including MapPoint GPS displays and run description metadata from SIF data HTML report page © nCode 2004 Detail on Test Splitter GlyphDetail on Test Splitter Glyph This damper temperature analysis example uses the Test Splitter glyph to identify the required temperature and GPS channels. Test Splitter glyph enables logical splitting of channels according to true/false condition. For example, split measurements according units type (such as temperature, strain etc.) for analysis by different processes. Condition is defined using metadata syntax e.g.: #YTitle# contains “Temp” “True” channels pass out of upper output pad “False” channels pass out of lower output pad © nCode 2004 3. Resultant Load Analysis3. Resultant Load Analysis The 3 orthogonal engine mount loads have been measured (Fx, Fy, Fz). Can a valid durability test be defined based on a single load actuator? How should actuator be oriented? GlyphWorks was used to interactively explore and understand the loading condition. Fx, Fy, Fz, resultant, angle theta, angle phi © nCode 2004 3. Resultant Load Analysis3. Resultant Load Analysis Input: 3 orthogonal engine mount loads (Fx, Fy, Fz) Process: Resul