Flutter analysis of honeycomb sandwich trapezoidal wings subjected to supersonic airflow is
investigated. It is assumed that the sandwich trapezoidal wing is made of an orthotropic …

This paper is comprehensively reviewing various analytical models and experimental results
in the fluid-induced vibration of nonlinear plates subjected to sub and supersonic airflow …

Abstract Properties of fluids flow in granular aggregates are important for the design of
pervious infrastructures used to alleviate urban water-logging problems. Here in this work …

This paper investigates the modeling and aeroelastic properties of laminated plates with
honeycomb core by a semi-analytical approach, where both acoustic load and general …

This paper presents a comprehensive vibrational analysis of geometrically imperfect plate
under various boundary conditions. To achieve this, an approach combining the finite …

This study uses a hybrid finite element method to predict dynamic behavior of truncated
conical shells with ring stiffeners under fluid loading. The proposed approach combines …

In this article, a four-node rectangular element called R4Sand1 is developed using a hybrid
combination of the classical finite element method and Sanders' shell theory. Utilizing an in …

This paper presents a finite element approach to predict the aeroelastic instabilities of
rectangular plates in supersonic airflow with an arbitrary flow direction. The structure's …

The finite strip method provides many advantages in the pre-buckling analysis of thin-walled
structures (TWS) with arbitrary cross-sections. This study presents a theoretical model for …

As part of this thesis, a finite element method-based approach is proposed to study the
aeroelastic instabilities of rectangular flat plates under the effect of supersonic flow. The …