The Springer references connected to the RelTest environment demonstrate the scientific and practical depth behind RelTest's services: from reliability in mechanical engineering to efficient development-accompanying validation.
This Springer reference explains how reliability tests can be planned, evaluated and used efficiently as development-accompanying validation for components and systems.
Authors: Dr.-Ing. Martin Dazer, Alexander Grundler, Kevin Lucan and Prof. Dr.-Ing. Bernd Bertsche
This widely cited Springer reference combines a thorough introduction, in-depth methodology and practical guidance for engineers in automotive and mechanical engineering.
Authors: Prof. Dr.-Ing. Bernd Bertsche and Dr.-Ing. Martin Dazer
Publication profile
Bernd Bertsche's books, book contributions and scientific publications trace the development of reliability engineering across several decades. This central selection can be expanded by publication type.
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2024
German reference book on experimental lifetime assessment and robust reliability models for industrial timing-belt drives.
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2022
Chapter co-author: Prof. Dr.-Ing. Bernd Bertsche
Bernd Bertsche co-authored the chapters Maintainability with Frank Müller and Martin Dazer, and Fulfilment Attributes with Martin Dazer and Sándor Vajna.
View Bernd's chapters at Springer
2019
German standard reference connecting the design, engineering and reliability assessment of modern vehicle transmissions.
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2009
Foundations and assessment methods for complex mechatronic systems in early development phases.
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2008
English-language reference book for determining component and system reliability.
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2007
Edited German reference book on accelerating the development, testing and validation of innovative products.
View the book at Springer2023
A method for efficiently selecting parameters for reliability models of machine components.
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Optimal test parameters for real-world load spectra under individual cost and time constraints.
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Reliability-based decisions for robust stress-strength design of machine components.
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Efficient demonstration planning through probability of test success and the use of prior knowledge.
View the conference paper as PDF2022
Reliability as a methodological driver for sustainable adaptive load-bearing structures.
View the publication in the university profile2020
Systematic selection of test level, test type and configuration for multiple failure mechanisms.
View the publication in the university profileThis selection is based on the University of Stuttgart publication record and the respective publisher and conference pages. It highlights central works but is not a complete bibliography. University of Stuttgart publication record
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