Currently browsing: Items authored or edited by Daniel Clarke

Clarke, Daniel John; Moat, Richard and Jowers, Iestyn (2024). Identification of mechanically representative samples for aperiodic honeycombs. Materials Today Communications, 38, article no. 108505.

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Clarke, Daniel John; Carter, Francesca; Jowers, Iestyn and Moat, Richard James (2023). An isotropic zero Poisson's ratio metamaterial based on the aperiodic ‘hat’ monotile. Applied Materials Today, 35, article no. 101959.

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Clarke, Daniel John; Imediegwu, Chikwesiri; Moat, Richard and Jowers, Iestyn (2023). A systematic numerical and experimental study into the mechanical properties of five honeycombs. Composites Part B: Engineering, 264, article no. 110895.

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Imediegwu, Chikwesiri; Clarke, Daniel; Carter, Francesca; Grimm, Uwe; Jowers, Iestyn and Moat, Richard (2023). Mechanical characterisation of novel aperiodic lattice structures. Materials & Design, 229, article no. 111922.

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Jowers, Iestyn; Clarke, Daniel John and Moat, Richard J (2024). Square-based honeycombs: a study of shape and performance. In: Gero, John ed. Design Computing and Cognition’24. Springer.

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Moat, Richard J; Clarke, Daniel John; Carter, Francesca; Rust, Dan and Jowers, Iestyn (2024). A class of aperiodic honeycombs with tuneable mechanical properties. Applied Materials Today, 37, article no. 102127.

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