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January 2014 - present
Publications
Publications (14)
The growing need to enhance our road infrastructure has driven the development of several innovative techniques in recent years. Among these advancements, encapsulated rejuvenator solutions for extrinsic self-healing asphalt have emerged as a significant topic of interest. This paper evaluates the effect of optimised capsules containing vegetal oil...
Universities play a pivotal role worldwide in preparing graduates for industry and there are proven benefits to the positive outcomes of effective industry–academia partnerships. As we explore in this Chapter, industry-academia partnerships can take various forms and impact at multiple stages of education, with the potential for tremendously positi...
This paper introduces a novel Smooth Particle Hydrodynamics (SPH) computational framework that incorporates an Arbitrary Lagrangian Eulerian (ALE) formalism, expressed through a system of first-order conservation laws. In addition to the standard material and spatial configurations, an additional (fixed) referential configuration is introduced. The...
VR enhanced teaching in Engineering Higher Education
A key component of the Swansea University Civil Engineering training is based around the exploration and development of imaginative, viable Civil Engineering conceptual solutions to problems. In industry, conventional methods for conceptual design communication, such as sketching, physical modelling or 2D CAD drawings are now generally superseded b...
This poster presents study data from a trialled use of VR technology to enhance the teaching of Year 1 Civil Engineering Conceptual Design
This paper presents a fully coupled three-dimensional solver for the analysis of time-dependent fluid–structure interaction. A partitioned time marching algorithm is employed for the solution of the time-dependent coupled discretised problem, enabling the use of highly developed, robust and well-tested solvers for each field. Conservative transfer...
This paper presents a fully coupled three-dimensional solver for the analysis of time-dependent fluid–structure interaction. A partitioned time-marching algorithm is employed for the solution to the time-dependent coupled discretized problem, thus enabling the use of highly developed, robust and well-tested solvers for each field. Coupling of the f...
