2011
DOI: 10.1007/s00163-011-0120-y
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Detecting mistakes in engineering models: the effects of experimental design

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Cited by 9 publications
(1 citation statement)
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“…Lyon (2000);Haug et al (2001);Eckert et al (2004),Keyes (2004);Jarratt et al (2005);Jarratt et al (2006);Scholz-Reiter et al (2007);Watts (2008);Hansen and Gammel (2008);Mohan et al (2008);Rovegård et al (2008);Fei et al (2011);Jarratt et al (2011);Koh et al (2011);Manuele (2012);Ahmad et al (2013);;Hamraz, Caldwell, Wynn, and Clarkson (2013);Leon (2015);Quigley and Robertson (2015);Watts (2015);Aiello and Sachs (2016) Before changing or correcting a design, engineers analyze the proposed change for any potential adverse impacts to baseline product performance Lyon (2000); Haug et al (2001); Berczuk and Appleton (2002); Keyes (2004); Mohan et al (2008); Shiau and Wee (2008); Kocar and Akgunduz (2010); Watts (2010); Son et al (2014); Papinniemi et al (2014); Monticolo et al (2015); Subrahmanian et al (2015); Leon (2015); Quigley and Robertson (2015); Watts (2015); Aiello and Sachs (2016); Morris et al (2016) Engineers utilize design baseline management information systems to store and control design data, manage design data access, and facilitate design change traceability in collaborative design environments Wright (1997); Lyon (2000); Haug et al (2001); Keyes (2004); Scholz-Reiter et al (2007); Quintana et al (2012); Reddi and Moon (2013); Han et al (2015); Quigley and Robertson (2015); Watts (2015); Morris et al (2016); Aiello and Sachs (2016) -Throughout a product's lifecycle, engineers assess design information accuracy, integrity, and applicability, while working to prevent information conflicts, and overseeing timely dissemination of design baseline updates and change information to stakeholders (e.g., via a design baseline management et al (2006); Pahl et al (2007); Boin and Schulman (2008);Savoie and Frey (2012);Cataldo and Herbsleb (2013);Williams and Johnson (2013);Horenstein (2015);Williams and Johnson (2015) …”
mentioning
confidence: 99%
“…Lyon (2000);Haug et al (2001);Eckert et al (2004),Keyes (2004);Jarratt et al (2005);Jarratt et al (2006);Scholz-Reiter et al (2007);Watts (2008);Hansen and Gammel (2008);Mohan et al (2008);Rovegård et al (2008);Fei et al (2011);Jarratt et al (2011);Koh et al (2011);Manuele (2012);Ahmad et al (2013);;Hamraz, Caldwell, Wynn, and Clarkson (2013);Leon (2015);Quigley and Robertson (2015);Watts (2015);Aiello and Sachs (2016) Before changing or correcting a design, engineers analyze the proposed change for any potential adverse impacts to baseline product performance Lyon (2000); Haug et al (2001); Berczuk and Appleton (2002); Keyes (2004); Mohan et al (2008); Shiau and Wee (2008); Kocar and Akgunduz (2010); Watts (2010); Son et al (2014); Papinniemi et al (2014); Monticolo et al (2015); Subrahmanian et al (2015); Leon (2015); Quigley and Robertson (2015); Watts (2015); Aiello and Sachs (2016); Morris et al (2016) Engineers utilize design baseline management information systems to store and control design data, manage design data access, and facilitate design change traceability in collaborative design environments Wright (1997); Lyon (2000); Haug et al (2001); Keyes (2004); Scholz-Reiter et al (2007); Quintana et al (2012); Reddi and Moon (2013); Han et al (2015); Quigley and Robertson (2015); Watts (2015); Morris et al (2016); Aiello and Sachs (2016) -Throughout a product's lifecycle, engineers assess design information accuracy, integrity, and applicability, while working to prevent information conflicts, and overseeing timely dissemination of design baseline updates and change information to stakeholders (e.g., via a design baseline management et al (2006); Pahl et al (2007); Boin and Schulman (2008);Savoie and Frey (2012);Cataldo and Herbsleb (2013);Williams and Johnson (2013);Horenstein (2015);Williams and Johnson (2015) …”
mentioning
confidence: 99%