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This brochure outlines the features and benefits of using nCode Automation for the automated storage, analysis and reporting of engineering data.
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Leistungsfähiges Datenverarbeitungssystem für Geräusch- und Vibrationsanalysen
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This brochure outlines the features and benefits of using Aqira for creating, sharing, and running engineering apps and analysis processes.
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Proceedings of the 5th Symposium on Structural Durability in Darmstadt, 2017.
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Presented at the 2018 nCode User Group Meeting - 2018 (Novi, MI USA) by Phil Korth from Harley-Davidson.
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Presented at the 2018 nCode User Group Meeting - 2018 (Novi, MI USA) by Andrew Halfpenny from HBM Prenscia.
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Presented at the 2018 nCode User Group Meeting - 2018 (Novi, MI USA) by Jong S. Park from General Motors.
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Presented at the 2018 nCode User Group Meeting - 2018 (Novi, MI USA) by Jeff Mentley from HBM Prenscia.
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Presented at the 2018 nCode User Group Meeting - 2018 (Novi, MI USA) by Kurt Munson from HBM Prenscia.
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Presented at the 2018 nCode User Group Meeting - 2018 (Novi, MI USA) by Ben Madsen from General Atomics.
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Presented at the 2018 nCode User Group Meeting - 2018 (Novi, MI USA) by Jeff Mentley from HBM Prenscia.
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Presented at the 2018 nCode User Group Meeting - 2018 (Novi, MI USA) by Andrew Halfpenny from HBM Prenscia.
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Presented at the 2018 nCode User Group Meeting - 2018 (Novi, MI USA) by Nikko Sadural from General Motors.
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Presented at the 2018 nCode User Group Meeting - 2018 (Novi, MI USA) by Kenneth Citrin from Mahindra & Mahindra.
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Presented at the 2018 nCode User Group Meeting - 2018 (Novi, MI USA) by Andrew Halfpenny from HBM Prenscia.
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Presented at the 2018 nCode User Group Meeting - 2018 (Novi, MI USA) by Fred Kihm from HBM Prenscia.
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Presented at the 2018 nCode User Group Meeting - 2018 (Novi, MI USA) by Andrew Pocisk from FCA US LLC.
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Presented at the 2018 nCode User Group Meeting - 2018 (Novi, MI USA) by Kurt Munson from HBM Prenscia.
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Presented at the 2018 nCode User Group Meeting - 2018 (Novi, MI USA) by Jon Aldred from HBM Prenscia.
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Presented at the 2018 nCode User Group Meeting - 2018 (Novi, MI USA) by Jon Aldred from HBM Prenscia.
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Presented at the 2018 nCode User Group Meeting - 2018 (Novi, MI USA) by Fred Kihm from HBM Prenscia.
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Presented at the 2018 nCode User Group Meeting - 2018 (Novi, MI USA) by Andrew Halfpenny from HBM Prenscia.
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Prenscia Solutions worked with the client to implement a system that manages failures and subsequent corrective actions, and their impact.
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Ein leistungsfähiges System für die Verarbeitung von Testdaten und Betriebsfestigkeitsanalysen
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Flexibler Zugriff auf technische Software für Betriebsfestigkeit, Zuverlässigkeit und Wartung
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Die Modalanalyse ist eine spezielle Produktoption in nCode VibeSys.
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The composite focused modules in nCode DesignLife™ aim to provide design analysts with easy-to-use post-processing tools to help improve and optimize the durability of composite components.
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Die Module in nCode DesignLife™ mit Fokus auf Verbundstrukturen haben das Ziel, Design-Analytiker mit benutzerfreundlichen Postprozessor-Tools auszustatten, um die Strukturfestigkeit von Verbundstoffen zu steigern und zu optimieren.
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Vibration Profile Design (formerly known as Accelerated Testing) ist eine spezielle Produktoption in nCode GlyphWorks.
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Optimized Testing ist eine spezielle Produktoption in nCode GlyphWorks.
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In this case study, we show how BOA streamlined its engineering process by implementing nCode GlyphWorks and DesignLife.
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AL-KO established a development and testing process that includes the use of nCode GlyphWorks for data analysis and nCode DesignLife for fatigue simulation, enabling a cost efficient, fast, and reliable development and production of new components.
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Presented at the 2019 Prenscia User Group Meeting (USA) by Phil Korth from Harley-Davidson Motor Company
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Presented at the 2019 Prenscia User Group Meeting (USA) by Fred Kihm from HBM Prenscia on behalf of Honeywell
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Presented at the 2019 Prenscia User Group Meeting (USA) by Jim Lakowski from Navistar
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Presented at the 2019 Prenscia User Group Meeting (USA) by Juan Carlos Valdes from Transportation Technology Center
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Presented at the 2019 Prenscia User Group Meeting (USA) by Mike McLeod from Accuride Corporation
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This brochure outlines the Premium Materials Database's unprecedented collection of over 100 fatigue properties primarily for commonly used steels and aluminium alloys.
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Learn about the challenges that Navistar faced, as well as the value and solutions offered by using nCode GlyphWorks.
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Learn about the challenges that Transportation Technology Center, Inc. faced, as well as the value and solutions offered by using nCode GlyphWorks.
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Learn about the challenges that Accuride faced, as well as the value and solutions offered by using nCode GlyphWorks and nCode DesignLife.
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Learn about the challenges that Bombardier faced, as well as the value and solutions offered by using nCode GlyphWorks and nCode VibeSys.
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Learn about the challenges that Bombardier faced, as well as the value and solutions offered by using nCode GlyphWorks and nCode Automation.
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Prenscia Solutions worked with its client to implement an Asset Reliability Management System and empowered them to improve their failure data collection and analysis process — delivering increased output, optimized maintenance, and reduced operational costs.
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Client used software from Prenscia Solutions to perform a Cost Benefit Analysis that highlighted information for optimizing operational efficiencies.
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Prenscia Solutions developed a system for performing advanced analysis on readily available, low cost data that delivers actionable information for both current and projected operations.
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Realistic accelerated product testing requires replicating the representative mix of conditions encountered during real-world customer field usage. Prenscia Solutions leverages this proven approach to develop optimum accelerated validation test schedules – increasing confidence in design and development decisions for our clients.
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The client leveraged engineering services and software from Prenscia Solutions to create reliability and FMEA models for making failure predictions.
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A range of clients, including aerospace, defense and automotive, have partnered with Prenscia Solutions for engineering services and software to optimize product designs.
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Prenscia Solutions partnered with a rail operator client to supply, configure, integrate and implement a Reliability Tracking and Corrective Action Management System.
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Prenscia Solutions worked with its client to develop an application that virtually generates certification artifacts automatically for a UAV family of systems with a common ground control station.
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Prenscia Solutions partnered with rail manufacturing client to perform rigorous analyses that identified potential
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The client needed to mitigate the risks of employing new and unproven technologies for an R&D project developing a complex system featuring very safety-critical functions. Prenscia Solutions instituted a MIL-STD-882E safety program and performed hazard analyses for the system hardware, software, maintenance and used interfaces to identify and introduce key features for detecting faults, fail-safe and fail-fast behavior.
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The Prenscia Solutions team delivers engineering services and solutions by applying deeper knowledge and superior insights with a high degree of assurance, empowering our clients to make smarter decisions for their products, assets, plants, and processes.
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nCodeDS (Digital Streams) can process large datasets of measured sensor data at speeds previously unrealizable, even more than 10 times faster than existing tools.
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The project's main goal was to simulate 4.5 million miles of service in a short period of time based on recorded data obtained during an Over the Road Test (OTR test). The procedure described in this article allows TTCI to successfully conduct both Fatigue Analyses and Accelerated Fatigue Test using nCode GlyphWorks.
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This presentation outlines the best practices for strain gauge correlation.
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This presentation outlines the structural stress method in nCode DesignLife, nonlinear generalized reduced gradient algorithm, and the data processing procedure.
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Presented at the 2016 nCode User Group Meeting - October 5/6, 2016 (Novi, MI USA)
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This presentation outlines the durability challenges in powertrain components and the methods of analyzing powertrain component durability.
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This presentation reviews the dynamics and frequency response function, using finite element analysis for structural and durability predictions, what's important in fatigue, the role of vibration in fatigue, and improving FEA and fatigue analysis with experimental modal analysis.
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This presentation reviews processing threads, thread scaling, distributed processing and their effect on nCode DesignLife simulations.
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This article will review F.D.S calculation for engine components, compare test profiles F.D.S against the application F.D.S, compare enveloped F.D.S and PSDs, and use FEM and transfer function with F.D.S.
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This presentation reviews the new capabilities of DesignLife 12.
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This presentation reviews the features, capabilites, and enhancements of nCode DesignLife, GlyphWorks, VibeSys, and Automation.
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This presentation reviews what Can Bus data is and how to process Can Bus data.
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This presentation reviews how to create durability tests, introduces reliability to the durability test, and demonstrates Reliasoft Weibull++ software.
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This presentation reviews the material characterization and strain energy damage parameter of short fiber injection molded composites and examines the failure criteria of continuous fiber composites.
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An overview of Modal Analysis, a product option in nCode VibeSys for identifying modes of vibration and extracting modal parameters. It can also animate mode shapes or display Operating Deflection Shapes (ODS).
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This brochure outlines the product options and benefits of using nCode GlyphWorks for performing durability analysis and processing measured test data.
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This brochure outlines the product options and benefits of using nCode DesignLife for CAE-based fatigue analysis.
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This presentation reviews the analysis of fatigue of seamwelds, using structural stresses for fatigue analysis, shell element approach in nCode DesignLife, solid element approach in nCode DesignLife, and new weld features.
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This presentation outlines what virtual fatigue analysis and Weibull analysis are and what Weibull can tell you about virtual fatigue analysis.
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This presentation outlines how Tower Internation used nCode DesignLife's virtual strain gauge tool to correlate between an SWB and LWB component strains.
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This presentation outlines how Cummins uses nCode GlyphWorks for fan strain analysis.
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Thies presentation reviews the process used for a fatigue life prediction method.
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This presentation reviews material modeling (metals to composites), multiscale modeling, fatigue material modeling- composites, and how to generate the composite damage model.
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This brochure outlines the product options and benefits of using nCode VibeSys for acoustics and vibration analysis.
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This paper describes how the vibration environment of an aircraft can be characterized in terms of a Fatigue Damage Spectrum and Shock Response Spectrum. It describes how these spectra are calculated from both measured flight load data and from vibration test specifications.
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Vibrating components are highly susceptible to fatigue failure. Fatigue occurs through long term exposure to time varying loads which although modest in amplitude give rise to microscopic cracks that steadily propagate to failure.
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This paper will show that the required qualification specifications of an engine mounted component are largely conservative in some frequency ranges. However, they also under-estimate vibration levels at others.
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AgustaWestland, the helicopter division of Finmeccanica, is successfully using nCode GlyphWorks® analysis software to assess these new designs through more efficient and representative testing.
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This presentation reviews and outlines the processes for turning invalid tests into useful information, comparing alternate supplier test qualifications, and duty cycle/time history damage editing.
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This presentation reviews natural frequency, frequency domain and time domain, Fourier Transform, and power spectral density (PSD).
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This presentation reviews how to remove non-real trends from signals with non-zero means by using nCode GlyphWorks.
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This presentation describes using metadata to drive your process.
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This presentation reviews how using nCode for processing a complicated hot strain gauge even while the environmental temperature is fluctuating.
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Kyle Dart discusses how nCode GlyphWorks was utilized at Toyota Technical Center to process very large data files from a telemetry-based data acquisition system and benefits seen from using the software.
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This presentation outlines the process used to complete a damage analysis for AWD gear components.
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This presentation outlines the process of a prediction method for spot welded joints.
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This presentation outlines how Bombardier Transportation utilized nCode GlyphWorks to develop processes to carry out data analysis to BS EN14363 Railway Applications – Testing for the acceptance of running characteristics of railway vehicles – Testing of running behaviour and stationary tests (simplified method).
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This presentation reviews the benefits of using GlyphWorks and DesignLife to establish a relationship between simulation and test data.
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This presentation will review a DesignLife Vibration CAE Fatigue process with sine sweep test criteria and bolt pre-stress condition.
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This presentation outlines how Ford utilized nCode Glyphworks for durability analyses.
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This presentation outlines how using nCode GlyphWorks allows pre-tension effects to be added to durability analyses.
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This presentation outlines the pre and post process of loads analysis using nCode GlyphWorks.
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This presentation outlines the data challenges presented with duty cycle data collection and how nCode GlyphWorks can mitigate those challenges.
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This presentation outlines the process and benefits of using nCode Glyphworks for fatigue analysis using large field strain gage data.
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This presentation reviews the process of how John Deere leveraged nCode GlyphWorks software to create a composite random vibration profile from field acceleration data.
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Valeo is one of Europe’s largest car parts suppliers, providing components for nearly all global car manufacturers. Valeo worked with HBM-nCode to implement this approach in nCode GlyphWorks test data analysis software and uses it to generate synthesized signals to drive fatigue test systems.
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Author: Dr.-Ing. Stephan Vervoort
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Failure of an aerospace component can arise through the long term exposure to fatigue damaging events such as large numbers of low amplitude random events and/or relatively fewer high amplitude events. Mission profiling and test synthesis is a process for deriving a simple laboratory test...
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Vibrating components are highly susceptible to fatigue failure. Most components must fulfil some form of durability certification test prior to production. Tests are conducted on real prototype components or use a CAE based simulation of the component...
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This article presents a methodology which enables to superimpose a swept sine and a power spectral density of acceleration to check the mechanical durability of engine or gear box-mounted components.
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In order for Automotive OEMs to meet specific reliability levels, they need to design vehicles using loading conditions based on realistic customer usage. This paper illustrates how to Optimize the mixture of proving ground track surfaces to achieve a close match to the target customer profile.
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An overview about the Advanced Materials Characterization and Test facility test operated by HBM Prenscia. The AMCT assists developers in taking the right design decisions, based on reliable information about raw and manufactured materials.
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This paper reviews methods for performing fatigue analysis from PSDs and shows that the Dirlik method gives the best comparable results with the traditional time domain approaches.
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Presented in this paper is an approach to fault diagnosis based on a unifying review of linear Gaussian models.
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This paper describes a device and an algorithm which is capable of real-time analysis of the Vibration Damage Dosage (VDD) of components mounted on a helicopter platform.
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Bombardier Transportation now uses nCode GlyphWorks test data analysis software to automate this process, reducing the time required to analyze test data...
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Cummins Power Generation is a world leader in the design and manufacture of diesel engine generator sets, spark-ignited natural gas and propane engine generators and lean-burn gas engine operators. GlyphWorks was selected because of range of data processing capabilities including...
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Engineers are often overloaded with data and can waste much time looking for the data they require. A new solution enables meaningful search and automated processing (UKIP Automotive Testing Technology November 2009).
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Accuride has relied on nCode software from HBM Prenscia to provide the tools to reach their design goals.
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With the need for more structural integrity monitoring of the airframes in the heavy airtanker fleet, the Forest Service used nCode Automation from nCode International to help them do just that…
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Discover web-based processing and automation of test data with nCode Automation (Aerospace example)
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New technology for proving ground-schedule development enables durability engineers to get best value and minimize test time (UKIP Automotive Testing Technology November 2010)
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An overview of Vibration Profile Design (formerly known as Accelerated Testing), a product option that provides the ability to create a representative PSD or swept sine shaker vibration test based on measured data
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The Accelerated Testing product option addresses the need for reduced development times, while retaining the realism of proving ground durability tests. Reproduced with kind permission of Automotive Testing Technology International.
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An overview of Optimized Testing, a product option that provides a proven approach to find the optimum solution across many channel locations.
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This paper shows the durability aspects of the development process of a photovoltaic-system substructure including design, finite element structure analysis, and fatigue analysis.
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The paper describes the fatigue analysis of a welded joint in a pressure vessel subjected to road transport loading. It describes the method used to recover the stresses that are critical for this fatigue analysis using the commercial software nCode DesignLife.
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This article will discuss Load reconstruction methods, common factors, Modification of the simple spectrum, transition cycles and cyclic residual stress, an MIL-A-8866 cargo transplant spectrum.
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The paper reviews some of the methods used to generate non-Gaussian excitation signals with a given power spectral density and kurtosis.
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This paper reviews the source of vibration loading on a helicopter and describes standard qualification tests that are used to ensure the safe life of equipment on the aircraft.
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Using Virtual Strain Gauges to Correlate with Bending and Torsion Measured on a Helicopter Tail Cone
This paper describes the use of virtual strain gauges in order to correlate a full scale structural test of a helicopter with a finite element model. It focuses on the correlation of bending and torsion moments in the tail cone. These arise from lateral loads applied at the tail.
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This paper studies and quantifies the influence of clipping experimentally, numerically and theoretically.
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This paper introduces a new 'Terrain Sensing System' (TSS) that is able to record the cumulative damage seen by a ground vehicle over its entire operational life. Used within a HUMS IT process, this information can be calibrated to represent directly the residual life of onboard equipment.
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This paper provides an overview of the physical behavior responsible for fatigue from initiation to final component failure.
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This whitepaper introduces the application of pHUMS (Prognostic Health and Usage Monitoring Systems) to Military ground vehicles.
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This article outlines how Millbrook utilized nCode GlyphWorks to improve the quality of results and reduce timescales.
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This paper introduces several methods for limiting a drive signal, including brick wall limiting and compression.
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Traditional fatigue analysis uses a technique called rainflow cycle counting to decompose a variable amplitude time signal of stress into fatigue cycles. The damage from each cycle is computed using a Wöhler curve and the damage over the entire time signal is calculated...
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This lecture shows a virtual durability product development process to predict fatigue life of short fibre reinforced materials. The multi-disciplinary process consists of manufacturing simulation, followed by finite element structural analysis, and a fatigue calculation performed with DesignLife.
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This paper reviews the source of vibration loading on a helicopter and describes standard qualification tests that are used to ensure the safe life of equipment on the aircraft.
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The identification and removal of rotor harmonics from in-flight operational data provides a key to the analysis of helicopter dynamics. This paper presents a technique for harmonic removal from operational structural response data with little or no effect on the underlying dynamic properties represented by the signal.
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This paper describes a procedure for multiaxial fatigue assessment of composite structures, based on finite element models. It is targeted primarily at short fibre injection moulded materials, but with potential for application to other manufacturing systems, including laminates.
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An overview of Composite Analysis, a product option in nCode DesignLife that allows users to evaluate the strength of a structure against industry standard composite failure criteria.
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E-Z-GO engineers quickly and accurately design a reliable utility vehicle part that saves manufacturing costs. ANSYS Advantage, Vol. IV, Issue 1 2010
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Fatigue design of mechanical parts may be based on ideal ones, without taking into account their real geometry. This communication addresses some ways to take into account the process of a mechanical part in its fatigue design computation.
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Welding is used in many industries as an effective and economical method for making structural joints between metal parts. However, the nature of the welding process means that welded joints generally have a fatigue strength that is inferior to that of the parts being joined together.
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This paper reviews some modern durability management philosophies and the computer based tools available to meet the needs of design, test and development engineers.
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BOA has streamlined its engineering process by implementing nCode GlyphWorks...
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