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A Hardening Nonlocal Elasticity Approach to Axial Vibration Analysis of an Arbitrarily Supported FG Nanorod
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B. UZUN Et Al. , "A Hardening Nonlocal Elasticity Approach to Axial Vibration Analysis of an Arbitrarily Supported FG Nanorod," Physical Mesomechanics , vol.26, no.3, pp.295-312, 2023

UZUN, B. Et Al. 2023. A Hardening Nonlocal Elasticity Approach to Axial Vibration Analysis of an Arbitrarily Supported FG Nanorod. Physical Mesomechanics , vol.26, no.3 , 295-312.

UZUN, B., CİVALEK, Ö., & YAYLI, M. Ö., (2023). A Hardening Nonlocal Elasticity Approach to Axial Vibration Analysis of an Arbitrarily Supported FG Nanorod. Physical Mesomechanics , vol.26, no.3, 295-312.

UZUN, BÜŞRA, ÖMER CİVALEK, And MUSTAFA ÖZGÜR YAYLI. "A Hardening Nonlocal Elasticity Approach to Axial Vibration Analysis of an Arbitrarily Supported FG Nanorod," Physical Mesomechanics , vol.26, no.3, 295-312, 2023

UZUN, BÜŞRA Et Al. "A Hardening Nonlocal Elasticity Approach to Axial Vibration Analysis of an Arbitrarily Supported FG Nanorod." Physical Mesomechanics , vol.26, no.3, pp.295-312, 2023

UZUN, B. CİVALEK, Ö. And YAYLI, M. Ö. (2023) . "A Hardening Nonlocal Elasticity Approach to Axial Vibration Analysis of an Arbitrarily Supported FG Nanorod." Physical Mesomechanics , vol.26, no.3, pp.295-312.

@article{article, author={BÜŞRA UZUN Et Al. }, title={A Hardening Nonlocal Elasticity Approach to Axial Vibration Analysis of an Arbitrarily Supported FG Nanorod}, journal={Physical Mesomechanics}, year=2023, pages={295-312} }