Dr Wei Tan
Research Group News
Dr. Tan's group has recently published a paper on "Journal of Energy Storage" regarding the recent development of structural power composites. These composites can simultaneously carry mechanical load and store electrical energy. The developed electrodes possess up to 63% of their theoretical capacitance, and their tensile strengths are … [more]
The project, led by researchers from Queen Mary’s Mechanics of Composite Materials Group (MCM), will create an intelligent data-driven virtual testing tool to assess an emerging type of lightweight materials, known as synthetic cellular composites (CCs). Materials found in nature are typically lightweight, strong and resilient to external … [more]
The fifth Industrial Liaison Forum (ILF#5) took place online on 28 April 2021. ILF#5 was the 4th year MEng Group Project Showcase. All 10 groups were invited to present their projects this year. The event attended by many external visitors including several of our Industrial Advisory Board Members, potential new … [more]
Dr. Tan is honoured to be elected as a board member of UK Association for Computational Mechanics. He will represent Queen Mary University London in the field of Computatinal Mechanics and interact with many colleagues in other UK univerisities. The goal is to promote the impact of QMUL research in … [more]
My co-author (Dr. E. Martínez-Pañeda from Imperial) and I would like to announce that our new paper titled “Phase field predictions of microscopic fracture and R-curve behaviour of fibre-reinforced composites” has been accepted in Composites Science and Technology (The most prestigious journal in the composite field, IF=7.09), The archived version can be found from the DOI link (https://doi.org/10.1016/j.compscitech.2020.108539) or a free version (https://arxiv.org/abs/2011.00779).
Welcome Mr Emilio Felipe Gomez join our group as PhD student. He will work on thermal-mechanical modelling of graphene-related materials for improving battery saftey.
Our new paper titled ‘A physically-based constitutive model for the shear-dominated response and strain rate effect of carbon fibre reinforced composites’ has been published in the leading composite journal 'Composites Part B: Engineering'. This is the first time in the literature to demonstrate how the well-known crystal plasticity framework can be used to predict the plastic deformation and strain rate effect of composite materials. By analogy, the plastic deformation of a composite lamina is assumed to be due to fibre slip along certain slip systems within the matrix. Reviewers comment "The paper is an excellent contribution to the literature. It is clear and concise, and the technical approach is very good" and "This is a very good manuscript, both regarding scientific content, novelty and thoroughness in the analysis".