Building energy management systems (BEMS) have somewhat standardised building
energy consumption data formats, thereby enhancing their compatibility with the relevant ML …

This paper describes a novel voxel-based technique to accurately model 3D printed
continuous yarns of fibre composites at printed filament scale. To cater for the constraints of …

Optimization of constant-stiffness composite laminates with discrete values of fiber
orientations and ply thicknesses is a nonconvex combinatorial problem. Recent studies …

This manuscript proposes two novel formulations for the manufacturable stacking sequence
retrieval of laminated composite structures. Detailed sizing of composite structures is …

A two-dimensional sampling optimization (2DSO) method is presented for buckling layup
design of doubly-curved laminated composite shallow shells. The lamination parameters …

The use of composite materials in 3D printing, such as fiber-reinforced plastic, allows the
created parts to achieve better mechanical properties. However, it requires a new approach …

This study concerns optimizing the eigenfrequencies of circular cylindrical laminates. The
stiffness properties are described by lamination parameters to avoid potential solution …

A novel two-dimension sampling optimization method (2DSO) is proposed for the stacking
sequence design of composite laminates. The concept of using lamination parameters (LPs) …

Natural fibers show an increasing potential as reinforcement of polymeric composites,
representing a promising concurrent to glass and carbon fibers extensively used in the …

Optimization of composite laminates requires the satisfaction of constraints where the design
ply thicknesses and orientations can only take discrete values prescribed by the …