Internal resonance in the higher-order modes of a MEMS beam: experiments and global analysis von Ruzziconi, Laura, Jaber, Nizar, Kosuru, Lakshmoji, Bellaredj, Mohammed L., Younis, Mohammad I.

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In-Plane MEMS Shallow Arch Beam for Mechanical Memory von Hafiz, Md Abdullah Al, Kosuru, Lakshmoji, Ramini, Abdallah, Chappanda, Karumbaiah N, Younis, Mohammad I

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Humidity Detection Using Metal Organic Framework Coated on QCM von Younis, Mohammad I., Jaber, Nizar, Bouchaala, Adam, Kosuru, Lakshmoji

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Activating internal resonance in a microelectromechanical system by inducing impacts von Ruzziconi, Laura, Jaber, Nizar, Kosuru, Lakshmoji, Younis, Mohammad I.

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Experimental and theoretical investigation of the 2:1 internal resonance in the higher-order modes of a MEMS microbeam at elevated excitations von Ruzziconi, Laura, Jaber, Nizar, Kosuru, Lakshmoji, Bellaredj, Mohammed L., Younis, Mohammad I.

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Two-to-one internal resonance in the higher-order modes of a MEMS beam: Experimental investigation and theoretical analysis via local stability theory von Ruzziconi, Laura, Jaber, Nizar, Kosuru, Lakshmoji, Bellaredj, Mohammed L., Younis, Mohammad I.

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Highly Tunable Narrow Bandpass MEMS Filter von Al Hafiz, Md Abdullah, Kosuru, Lakshmoji, Hajjaj, Amal Z., Younis, Mohammad I.

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Electrothermal Frequency Modulated Resonator for Mechanical Memory von Al Hafiz, Md Abdullah, Kosuru, Lakshmoji, Younis, Mohammad I.

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Tunable narrow bandpass MEMS technology filter using an arch beam microresonator von Al Hafiz, Md Abdullah, Kosuru, Lakshmoji, Younis, Mohammad Ibrahim

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Global Analysis and Experimental Dynamics of the 2:1 Internal Resonance in the Higher-Order Modes of a MEMS Microbeam von Ruzziconi, Laura, Jaber, Nizar, Kosuru, Lakshmoji, Bellaredj, Mohammed L., Younis, Mohammad I.

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REPROGRAMMABLE LOGIC DEVICE AND METHOD FOR OPERATING SUCH A LOGIC DEVICE von AL HAFIZ, Md Adbdullah, KOSURU, Lakshmoji, YOUNIS, Mohammad Ibrahim

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TUNABLE NARROW BANDPASS MEMS TECHNOLOGY FILTER USING AN ARCH BEAM MICRORESONATOR von KOSURU, Lakshmoji, HAFIZ, MD Abdullah AL, YOUNIS, Mohammad Ibrahim

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TUNABLE NARROW BANDPASS MEMS TECHNOLOGY FILTER USING AN ARCH BEAM MICRORESONATOR von KOSURU, Lakshmoji, HAFIZ, MD Abdullah AL, YOUNIS, Mohammad Ibrahim

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TUNABLE NARROW BANDPASS MEMS TECHNOLOGY FILTER USING AN ARCH BEAM MICRORESONATOR von AL HAFIZ, Md Abdullah, KOSURU, Lakshmoji, YOUNIS, Mohammad Ibrahim

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REPROGAMMABLE UNIVERSAL LOGIC DEVICE BASED ON MEMS TECHNOLOGY von HAFIZ, Md Adbdullah Al, KOSURU, Lakshmoji, YOUNIS, Mohammad Ibrahim

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REPROGRAMMABLE UNIVERSAL LOGIC DEVICE BASED ON MEMS TECHNOLOGY von HAFIZ, Md Abdullah AI, KOSURU, Lakshmoji, YOUNIS, Mohammad Ibrahim

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REPROGAMMABLE UNIVERSAL LOGIC DEVICE BASED ON MEMS TECHNOLOGY von AL HAFIZ, Md Adbdullah, KOSURU, Lakshmoji, YOUNIS, Mohammad Ibrahim

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TUNABLE NARROW BANDPASS MEMS TECHNOLOGY FILTER USING AN ARCH BEAM MICRORESONATOR von KOSURU, Lakshmoji, HAFIZ, MD Abdullah AL, YOUNIS, Mohammad Ibrahim

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