Search Results - "Wimpenny, David Ian"

The Effect of Hot Isostatic Pressing on Surface Integrity, Microstructure and Strength of Hybrid Metal Injection Moulding, and Laser-Based Powder Bed Fusion Stainless-Steel Components by Mehmeti, Aldi, Lynch, Donal, Penchev, Pavel, Martinez Ramos, Rafael, Vincent, Denis, Maurath, Johannes, Wimpenny, David Ian, Essa, Khamis, Dimov, Stefan

“…Hybrid manufacture of components by combining capabilities of replication and additive manufacturing processes offer a flexible and sustainable route for…”
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On the variational framework employing optimal control for biochemical thermodynamics by Moroz, Adam, Wimpenny, David Ian

“…The study presented in the paper shows that the nonlinear kinetic processes (like logistic kinetics) at the level of the biomolecular and biophysical phenomena…”
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Mechanical behaviour and interface evaluation of hybrid MIM/PBF stainless steel components by Mehmeti, Aldi, Penchev, Pavel, Lynch, Donal, Vincent, Denis, Maillol, Nathalie, Maurath, Johannes, Bajolet, Julien, Wimpenny, David Ian, Essa, Khamis, Dimov, Stefan

“…Purpose The paper reports an investigation into the mechanical behaviour of hybrid components produced by combining the capabilities of metal injection…”
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Allosteric control model of bone remodelling containing periodical modes by Moroz, Adam, Wimpenny, David Ian

“…To help to understand the modelling process that occurs when a scaffold is implanted it is vital to understand the rather complex bone remodelling process…”
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On allosteric control model of bone turnover cycle containing osteocyte regulation loop by Wimpenny, David Ian, Moroz, Adam

“…One approach to developing a mathematical model that predicts osteoactivity both in bio-scaffolds, as well as the in bone tissue in vivo, is based on a…”
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Phenomenological model of bone remodeling cycle containing osteocyte regulation loop by Moroz, Adam, Crane, Martin C., Smith, Geoff, Wimpenny, David Ian

“…Biological parameters, such as bone resorption and formation constants, are important variables to achieve optimised hard tissue scaffolds design. To help to…”
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