Ballistic Impact Modelling of of Auxetics and Shear Thickening Fluid Impregnated Fibre Composite for Application in Lightweight Body Armour

Ballistic Impact Modelling of of Auxetics and Shear Thickening Fluid Impregnated Fibre Composite for Application in Lightweight Body Armour

Designed and computationally tested an experimental lightweight body armour: a silicon-carbide ceramic faceplate, an S2 Glass/Epoxy fibre composite, and a 3D reentrant auxetic Ti6Al4V lattice back plate, evaluated under Home Office (HO4 / HOBS 2017) and NIJ Level III criteria. The MSc dissertation…
Crash ImpactBallisticsImpact modellingExplicit dynamicsANSYS Explicit DynamicsLS-DYNAComputational modellingANSYS Material DesignerSolidWorksAdditive ManufacturingAuxetics
DC-AC Inverter Design & Regenerative Braking Circuit for Electric Vehicles

DC-AC Inverter Design & Regenerative Braking Circuit for Electric Vehicles

Designed, simulated and evaluated power electronics circuits for EV applications in NI Multisim. 1. Part A : Built a three-phase DC-AC inverter from a six-transistor bridge with PWM control, characterising its efficiency across load conditions. 2. Part B : Built a custom regenerative braking…
NI MultisimPower ElectronicsCircuit DesignDC-AC InverterRegenerative BrakingElectric VehiclesPWM Control