A Novel Approach to Modeling Arbitrary Damage in Composite Structures through a Discontinuous Galerkin Cohesive Zone Model

Development of Finite Element Models to study Pavement Widening

Sustainability in Obstetrics: Assessing the Reusablity of the Vela® Vacuum Extractor

Fatigue debonding resistance of wrapped composite X-joints

Development of a Finite Element Model of the Achilles Tendon: Evaluating Local Displacement Estimation

Stress Evolution in Early-Age Cementitious Materials Considering Autogenous Deformation and Creep: New experimental and modelling techniques

Multiscale Extended Finite Element Method for the Simulation of Fractured Geological Formations

Topology and variable optimization of a planar quasi-zero stiffness mechanism for motion isolation during the installation of wind turbine blades

Modeling, Design and Experimental Evaluation of an Agile Long-Reach Robotic Arm

NRG-beamFoam: a simplified numerical FSI solver developed in OpenFOAM for modelling axial-flow in nuclear reactors

Connection Optimisation for Robustness in a Timber Modular Building: A connection optimisation between post and beam timber modules to enable catenary action

System behaviour in prestressed concrete T-beam bridges

Fatigue Assessment of Complex Riveted Connections: A study on old steel bridges using Advanced Finite Element Analysis

Multi-scale in silico and ex silico mechanics of 3D printed cochlear implants for local drug delivery

Influence of Scour Protection on the Vertical Bearing Behaviour of Monopiles in Sand

Scour Effect on the Lateral Bearing Behaviour of Monopiles Considering Different Slenderness Ratios

Comprehensive validation of three-dimensional finite element modelling of wheel-rail high-frequency interaction via the V-Track test rig

An interface-enriched generalized finite element method for the analysis and topology optimization of 2-D electromagnetic problems

Post-buckling behavior and collapse of Double-Double composite single stringer specimens

Damage Detection of Gantry Crane with a Moving Mass Using Artificial Neural Network