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Structural Engineering and Mechanics
  Volume 79, Number 6, September25 2021 , pages 723-735

Magnetic field effect on nonlinear vibration of nonlocal nanobeam embedded in nonlinear elastic foundation
Burak E. Yapanmiş, Necla Toğun, Süleyman M. Bağdatli and Şevki Akkoca

    The history of modern humanity is developing towards making the technological equipment used as small as possible to facilitate human life. From this perspective, it is expected that electromechanical systems should be reduced to a size suitable for the requirements of the era. Therefore, dimensionless motion analysis of beams on the devices such as electronics, optics, etc., is of great significance. In this study, the linear and nonlinear vibration of nanobeams, which are frequently used in nanostructures, are focused on. Scenarios have been created about the vibration of nanobeams on the magnetic field and elastic foundation. In addition to these, the boundary conditions (BC) of nanobeams having clamped-clamped and simple-simple support situations are investigated. Nonlinear and linear natural frequencies of nanobeams are found, and the results are presented in tables and graphs. When the results are examined, decreases the vibration amplitudes with the increase of magnetic field and the elastic foundation coefficient. Higher frequency values and correction terms were obtained in clamped-clamped support conditions due to the structure's stiffening.
Key Words
    magnetic force effect; multiple scale methods; nanobeam; nonlinear elastic foundation; nonlocal elasticity theory
Burak E. Yapanmiş: Aliağa Vocational and Training School, Ege University, Siteler Mah. İnönü Bulvari, İzmir, Turkey
Necla Toğun: Department of Mechanical Engineering, Gaziantep University, Üniversite Bulvari Şehitkamil - Gaziantep, Turkey
Süleyman M. Bağdatli, Şevki Akkoca: Department of Mechanical Engineering, Manisa Celal Bayar University, Şehit Prof. Dr. İlhan Varank Yerleşkesi, Manisa, Turkey

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