Email: gbacelli@eeng.nuim.ie
Personal page:
Personal Info: Giorgio received the Laurea Magistrale in Electronic Engineering from Università Politecnica delle Marche in 2006. He worked on his thesis as a Socrates student at the Electronic Engineering department in NUI Maynooth, on the design of an impedance matching controller for an inductively coupled plasma chamber. In December 2006 he joined the Dynamics and Control Research Group at NUI Maynooth as a PhD student.
From December 2006 until June 2007, Giorgio worked on the control of semiconductor etching processes.
He is currently working on the modeling and control of wave energy converters.
Publications :
- Bacelli, G. and Ringwood, J.V.. A geometric tool for the analysis of position and force constraints in wave energy converters. Ocean Engineering, Vol.65, pp 10-18., 2013 [download]
- Bacelli, G., Ringwood, J.V. and Gilloteaux, J.-C.. A control system for a self-reacting point absorber subject to constraints. IFAC World Congress, Milan, Aug/Sep 2011, pp 11387-11392, 2011 [download]
- Bacelli, G. and Ringwood, J.V.. A geometrical interpretation of force and position constraints in the optimal control of wave energy. Proc. 9th European Wave and Tidal Energy Conference (EWTEC), Southampton, UK, Sept. 2011 (CDROM, not paginated), 2011 [download]
- Westphalen, J., Bacelli, G., Balitsky, P. and Ringwood, J.V.. Control strategies for arrays of wave energy devices. Proc. 9th European Wave and Tidal Energy Conference (EWTEC), Southampton, UK, Sept. 2011 (CDROM, not paginated), 2011 [download]
- Bacelli, G., Ringwood, J.V. and Gilloteaux, J.-C.. Control of a wave energy device for potable water production. Proc. European Control Conf., pp 3755-3760, 2009 [download]
- Gilloteaux, J.-C, Bacelli, G. and Ringwood, J.V.. A nonlinear potential model to predict large amplitude motions: Application to a multi-body wave ene. Proc. World Renewable Energy Conference, Glasgow, 2008 [download]
- Bacelli, G., Gilloteaux, J.-C. and Ringwood, J.V.. State space model of a hydraulic power take off unit for wave energy conversion employing bondgraphs. Proc. World Renewable Energy Conference, Glasgow, (CDROM, 2008 [download]