2008
DOI: 10.1177/1045389x08093548
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Topology Optimized Design, Microfabrication and Characterization of Electro-Thermally Driven Microgripper

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Cited by 17 publications
(9 citation statements)
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“…However, there are also various limitations related to this technology particularly when using Nickel-Titanium material for its fabrication. These limitations include inefficient energy usage, slow response, high heat during operation and hysteresis and fatigue issues (Choudhary and Kaur 2016;Nemat-Nasser and Guo 2006;Rubio et al 2009). Another limitation of this system is that the response given by the material is often unpredictable, which often leads to the actuator producing unknown positions whilst between the open and closed states (Fu et al 2012).…”
Section: Shape Memory Alloy Microgrippermentioning
confidence: 99%
“…However, there are also various limitations related to this technology particularly when using Nickel-Titanium material for its fabrication. These limitations include inefficient energy usage, slow response, high heat during operation and hysteresis and fatigue issues (Choudhary and Kaur 2016;Nemat-Nasser and Guo 2006;Rubio et al 2009). Another limitation of this system is that the response given by the material is often unpredictable, which often leads to the actuator producing unknown positions whilst between the open and closed states (Fu et al 2012).…”
Section: Shape Memory Alloy Microgrippermentioning
confidence: 99%
“…BRIGHT, 1997). No projeto de microsistemas ETM têm sido utilizados enfoques intuitivos (ANDERSEN et al, 2009;ELBUKEN et al, 2008;DUC et al, 2008;TSAI;LEI;SUDIN, 2005;YAN;KHAJEPOUR;MANSOUR, 2003;PARK et al, 2001;QUE;, baseados em aproximações genéricas e sistemáticas, como o Método de Otimização Topológica (MOT), (RUBIO et al, 2009;SIGMUND, 2001bSIGMUND, , 2001c ou utilizando outros enfoques de otimização (KARBASI et al, 2010;KUNG;LEE, 2002). O MOT já foi utilizado com sucesso na solução de diversos problemas como os projetos de mecanismos flexíveis NISHIWAKI et al, 1998;SIGMUND, 1997…”
Section: Apêndice B -unclassified
“…Em problemas multifísicos envolvendo o domínio térmico, encontram-se trabalhos em: Materiais com microestruturas apresentando propriedades termoelásticas extremas (SIGMUND;TORQUATO, 1997TORQUATO, , 1996, microsistemas ETM (YIN;ANANTHASURESH, 2002;SIGMUND, 2001b;SIGMUND, 2001c;MOULTON;JONSMANN;SIGMUND;BOUWSTRA, 1999aBOUWSTRA, , 1999b, transferência de calor em estado estacionário com predominância do fenômeno da convecção (BRUNS, 2007), problemas de condução de calor com carregamentos térmicos dependentes do projeto (IGA et al, 2009;GAO et al, 2008), microgarras com atuação ETM (RUBIO et al, 2009;…”
Section: Estado Da Arteunclassified
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