Brake Applications
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S. Wolff, J. Will (Dynardo GmbH), O. Stump (DAIMLER AG), A workflow to create a database for implementing Measured geometric imperfections of brake pad Geometry into cae-based robustness evaluations of Brake squeal noise Eurobrake 2018 |
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St. Baksi (ZF TRW Automotive) Design optimization and robustness of a passenger car brake rotor 13. Weimarer Optimierungs- und Stochastiktage 2016 |
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St. Kemmler (Universität Stuttgart) Application of a functional adaptive simulation model for the robust product-optimization using the example of an adjuster unit for commercial vehicle braking systems 12. Weimarer Optimierungs- und Stochastiktage 2015 |
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M. Dazer (Universität Stuttgart) Stochastic simulation approach for realistic lifetime forecast and assurance of commercial vehicle braking systems 12. Weimarer Optimierungs- und Stochastiktage 2015 |
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R. Nunes (Daimler AG) Use of Random Fields to characterize brake pad surface uncertainties 12. Weimarer Optimierungs- und Stochastiktage 2015 |
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J. Will (Dynardo GmbH) CAE-based Robustness Evaluation of Brake Systems SAE Conference 2015 |
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R. Nunes (Daimler AG), Ch. Büttner (Altair Engineering GmbH) Sensitivity of brake squealing concerning scattered component, joint and bearing properties 10. Weimarer Optimierungs- und Stochastiktage 2013 |
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Johannes Will (Dynardo GmbH) Virtual Robustness Evaluation Of Brake Sytems as Base for a Robust Design Pocess and as Part of the Quality Control in the Early Stage of the Design Process EUROBRAKE 2013, Dresden |
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M. Moosrainer (CADFEM GmbH) Brakes without squeal RDO-Journal 1_2012 |
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Hans Giese (TRW Automotive/Lucas Varity GmbH) Dynamic boundary samples for robust NVH design using smart simulation methods 8. Weimarer Optimierungs- und Stochastiktage 2011 |
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Ronaldo Nunes (Daimler AG), Johannes Will, Veit Bayer, Karthik Chittepu (DYNARDO GmbH) Robustness evaluation of brake systems concerned to squeal noise problem 6th Weimar Optimization and Stochastic Days 2009 |
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