This work presents a detailed investigation of the effect of auxeticity synergised with the pyro-
coupling behaviour of multiphase magneto-electro-elastic (M-MEE) composites using a finite …

An isoparametric six-node triangular element is utilized for geometrically nonlinear analysis
of functionally graded (FG) shells. To overcome the shear and membrane locking, the …

The significance of long-term deflection is emphasized as a crucial factor in design,
particularly for reinforced concrete one-way slabs. This paper presents a computational …

Progressive ice shedding (PIS) along transmission lines is a common type of ice shedding
during thermal de‐icing that requires investigation to ensure the security of transmission …

This contribution deals with the development of an eight-node hexahedral finite element to
estimate the effective elastic properties of fibre-reinforced composite materials and …

An experimental investigation on the large deflection of perforated composite plates is
performed in this study. The fabrics of the composite plates are considered as unidirectional …

Fixed beam structures are widely used in engineering, and a common problem is
determining the load conditions of these structures resulting from impact loads. In this study …

This report presents the formulation and implementation in the EUROPLEXUS code of a
new contact algorithm SLID, based on the sliding surface paradigm. The algorithm is best …

Plant fibre composites are a viable and approved increasing substitute to traditional
materials due to their sustainability, low cost and adequate strength. Currently they gain a …

In the present work, we propose to confront two modeling techniques for predicting the
macroscopic properties of short alfa fiber-reinforced polypropylene composites. The first …