26 Kasım 2023 Konferans bildirisi Açık Erişim

Baler, Ufuk Tan; Okyar, Ali Fethi; Abalı, Bilen Emek

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    <subfield code="a">&lt;p&gt;Y&amp;uuml;zey akustik dalgaları (YAD) kullanımının &amp;ouml;zg&amp;uuml;n uygulamalarında sıvı ve gaz ortamlarında biyolojik maddelerin &amp;ouml;l&amp;ccedil;&amp;uuml;m&amp;uuml; yer almaktadır. YAD sens&amp;ouml;rleri port denilen i&amp;ccedil; i&amp;ccedil;e ge&amp;ccedil;miş elektrot bacaklarıyla tahrik edilir ve piezoelektrik etki sayesinde mekanik dalgalar kullanılan malzemelere g&amp;ouml;re farklı tiplerde yayılabilir. Dalga tiplerinin &amp;ccedil;alışma frekansına g&amp;ouml;re incelenmesi sistemin modal analiziyle m&amp;uuml;mk&amp;uuml;n olmaktadır. Bu &amp;ccedil;alışmada tahrik frekansında Love tipi dalga &amp;uuml;retmesi beklenen bir sens&amp;ouml;r&amp;uuml;n a&amp;ccedil;ık-kaynak sonlu eleman &amp;ccedil;&amp;ouml;z&amp;uuml;m k&amp;uuml;t&amp;uuml;phanesi olan FEniCS ile modal analizi yapılmaktadır. 6 tane dalga kipi tahrik frekansı etrafında g&amp;ouml;r&amp;uuml;lm&amp;uuml;şt&amp;uuml;r. Bunların arasında oluşması beklenen Love tipi dalgayı i&amp;ccedil;eren kip tespit edilmiş, b&amp;ouml;ylece sayısal analiz sonu&amp;ccedil;larının cihaz tasarımında kullanılabilirliği g&amp;ouml;sterilmiştir.&lt;/p&gt;</subfield>
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