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Browsing publications by Dr Barry Gallacher.

Newcastle AuthorsTitleYearFull text
Dr Harriet Grigg
Dr Barry Gallacher
Nathan Craig
Robust, high-resolution, indexed 3D slowness surfaces for Rayleigh-type waves on Lithium Niobate via parallelised Newtonian flow phase tracking2022
Dr Barry Gallacher
Dr Carl Dale
Emeritus Professor James Burdess
Dr Zhongxu Hu
Dr Neil Keegan
et al.
Characterisation of a micromachined degenerate fused quartz-microbalance2019
Dr Zhongxu Hu
Dr Barry Gallacher
Effects of Nonlinearity on the Angular Drift Error of an Electrostatic MEMS Rate Integrating Gyroscope2019
Dr Zhongxu Hu
Dr Barry Gallacher
A mode-matched force-rebalance control for a MEMS vibratory gyroscope2018
Dr Barry Gallacher
Emeritus Professor James Burdess
Dr Zhongxu Hu
Dr Harriet Grigg
Dr Carl Dale
et al.
Experimental verification of a quasi-trapped degenerate mode magnetic acoustic resonator2018
Tom Hanley
Dr Barry Gallacher
Dr Harriet Grigg
On the Exploitation of Mode Localization in Surface Acoustic Wave MEMS2017
Dr Zhongxu Hu
Dr Barry Gallacher
Precision mode tuning towards a low angle drift MEMS rate integrating gyroscope2017
Emeritus Professor James Burdess
Dr Barry Gallacher
Dr Harriet Grigg
Dr Zhongxu Hu
Dr Carl Dale
et al.
The theory of a trapped degenerate mode resonator2017
Dr Zhongxu Hu
Dr Barry Gallacher
Extended Kalman filtering based parameter estimation and drift compensation for a MEMS rate integrating gyroscope2016
Dr Carl Dale
Dr Chen Fu
Dr Harriet Grigg
Jane Spoors
Emeritus Professor Calum McNeil
et al.
Novel non-planar SAW transducers for next generation biological sensors2016
Dr Zhongxu Hu
Dr John Hedley
Dr Neil Keegan
Julia Spoors
Dr Barry Gallacher
et al.
One-port Electronic Detection Strategies for Improving Sensitivity in Piezoelectric Resonant Sensor Measurements2016
Dr Zhongxu Hu
Dr Barry Gallacher
Control and Damping Imperfection Compensation for a Rate Integrating MEMS Gyroscope2015
Stephen Bowles
Dr Barry Gallacher
Dr Zhongxu Hu
Control Scheme to Reduce the Effect of Structure Imperfections in a Rate Integrating MEMS Gyroscope2015
Dr Zhongxu Hu
Dr Barry Gallacher
Emeritus Professor James Burdess
Stephen Bowles
Dr Harriet Grigg
et al.
A systematic approach for precision electrostatic mode tuning of a MEMS gyroscope2014
Dr Harriet Grigg
Dr Barry Gallacher
An efficient general approach to modal analysis of frame resonators with applications to support loss in microelectromechanical systems2014
Stephen Bowles
Dr Barry Gallacher
Dr Zhongxu Hu
Control Scheme for a Rate Integrating MEMS Gyroscope2014
Dr Barry Gallacher
Dr Zhongxu Hu
Stephen Bowles
Dr Harriet Grigg
The Application of Parametric Excitation in Resonant MEMS Gyroscopes2014
Dr Zhongxu Hu
Dr Barry Gallacher
Emeritus Professor James Burdess
A digital signal processing-based control system for a micro-electromechanical systems vibrating gyroscope with parametric amplification and force rebalance control2013
Dr Zhongxu Hu
Dr John Hedley
Dr Neil Keegan
Julia Spoors
Dr Bill Waugh
et al.
Design, fabrication and characterization of a piezoelectric MEMS diaphragm resonator mass sensor2013
Dr Barry Gallacher
Dr Zhongxu Hu
Stephen Bowles
The Application of Parametric Excitation in MEMS Gyroscopes2013
Dr Barry Gallacher
Dr Zhongxu Hu
Stephen Bowles
Harry Grigg
The application of parametric excitation in MEMS gyroscopes2013
Sanggar Dewanto
Dr Carl Dale
Dr Zhongxu Hu
Dr Neil Keegan
Dr Barry Gallacher
et al.
Characterization of Strain Fields in Graphene Films2012
Dr Harriet Grigg
Dr Barry Gallacher
Efficient Parametric Optimisation of Support Loss in MEMS beam resonators via an enhanced Rayleigh-Ritz method2012
Dr Harriet Grigg
Dr Barry Gallacher
Efficient Parametric Optimisation of Support Loss in MEMS beam resonators via an enhanced Rayleigh-Ritz method2012
Dr Neil Keegan
Dr John Hedley
Dr Zhongxu Hu
Julia Spoors
Bill Waugh
et al.
Piezoelectrically Actuated Circular Diaphragm Resonator Mass Sensors2012
Dr Barry Gallacher
Principles of a micro-rate integrating ring gyroscope2012
Dr Zhongxu Hu
Dr Barry Gallacher
Emeritus Professor James Burdess
Precision mode matching of MEMS gyroscope by feedback control2011
Dr Barry Gallacher
Emeritus Professor James Burdess
A high-sensitivity resonant sensor realised through theexploitation of nonlinear dynamic behaviour2011
Dr Zhongxu Hu
Dr Barry Gallacher
A parametrically amplified MEMS Rate Gyroscope2011
Dr Barry Gallacher
Professor Steve Bull
Dr Alton Horsfall
Professor Anthony O'Neill
Analysis and characterization of a mechanical sensor to monitor stress in interconnect features2010
Dr Zhongxu Hu
Dr Barry Gallacher
Emeritus Professor James Burdess
An experimental study of high gain parametric amplification in MEMS2009
Dr Barry Gallacher
Emeritus Professor James Burdess
Jeffrey Neasham
Experimental investigation of parametric and externally forced motion in resonant MEMS sensors2009
Dr Zhongxu Hu
Dr Barry Gallacher
Emeritus Professor James Burdess
High gain parametric amplification applied to the micro ring gyroscope2009
Dr Zhongxu Hu
Dr Barry Gallacher
Emeritus Professor James Burdess
High gain parametric amplification applied to the micro ring gyroscope2009
Bill Waugh
Dr Barry Gallacher
Emeritus Professor James Burdess
A novel high-sensitivity resonant viscometer realised through the exploitation of nonlinear dynamic behaviour2008
Dr Barry Gallacher
Emeritus Professor James Burdess
A novel high-sensitivity resonant viscometer realised through the exploitation of nonlinear dynamic behaviour2008
Dr Barry Gallacher
Emeritus Professor James Burdess
A novel high-sensitivity resonant viscometer realised through the exploitation of nonlinear dynamic behaviour2008
Dr Barry Gallacher
Professor Anthony O'Neill
Professor Steve Bull
Dr Alton Horsfall
Analysis of a passive sensor for predicting process-induced stress in advanced integrated circuit interconnect2008
Dr Zhongxu Hu
Dr John Hedley
Dr Barry Gallacher
Dr Isabel Arce-Garcia
Dynamic characterization of MEMS using Raman spectroscopy2008
Dr John Hedley
Dr Isabel Arce-Garcia
Dr Barry Gallacher
Mode shape and failure analysis of high frequency MEMS/NEMS using Raman spectroscopy2008
Professor Anthony O'Neill
Dr Yuk Tsang
Dr Barry Gallacher
Dr Sarah Olsen
Piezomobility description of strain-induced mobility2008
Dr Barry Gallacher
Emeritus Professor James Burdess
Jeffrey Neasham
Simple parametric resonance in an electrostatically actuated microelectromechanical gyroscope: Theory and experiment2008
Dr Yuk Tsang
Professor Anthony O'Neill
Dr Barry Gallacher
Dr Sarah Olsen
Using piezoresistance model with C-R conversion for modeling of strain-induced mobility2008
Dr Barry Gallacher
Emeritus Professor James Burdess
Jeffrey Neasham
Experimental results for a parametrically excited micro-ring resonator2007
Dr Barry Gallacher
Emeritus Professor James Burdess
Jeffrey Neasham
Experimental results for a parametrically excited micro-ring resonator2007
Dr Barry Gallacher
Emeritus Professor James Burdess
Jeffrey Neasham
Experimental validation results for a parametrically excited MEMS gyroscope2007
Dr Barry Gallacher
Emeritus Professor James Burdess
A control scheme for a MEMS electrostatic resonant gyroscope excited using combined parametric excitation and harmonic forcing2006
Dr Barry Gallacher
Emeritus Professor James Burdess
A novel excitation scheme for MEMS gyroscopes using parametric pumping for near inertial grade performance2006
Dr Barry Gallacher
Emeritus Professor James Burdess
Dynamic analysis of a microelectromechanical systems resonant gyroscope excited using combination parametric resonance2006
Dr Barry Gallacher
Jeffrey Neasham
Emeritus Professor James Burdess
Dr Alun Harris
Initial Test Results from a 3-axis Vibrating Ring Gyroscope2006
Jeffrey Neasham
Emeritus Professor James Burdess
Dr Barry Gallacher
Dr Alun Harris
Initial test results from a 3-axis vibrating ring gyroscope2006
Dr Barry Gallacher
Emeritus Professor James Burdess
Dr Alun Harris
Active Damping Control in MEMS Using Parametric Pumping2005
Dr Barry Gallacher
Dr John Hedley
Emeritus Professor James Burdess
Dr Alun Harris
Electrostatic correction of structural imperfections present in a microring gyroscope2005
Dr John Hedley
Emeritus Professor James Burdess
Dr Alun Harris
Dr Barry Gallacher
Emeritus Professor Calum McNeil
et al.
An optical workstation for characterization and modification of MEMS2004
Dr John Hedley
Emeritus Professor James Burdess
Dr Alun Harris
Dr Barry Gallacher
Device characterization at the wafer level via optical actuation and detection2004
Dr John Hedley
Emeritus Professor James Burdess
Dr Alun Harris
Dr Barry Gallacher
Device characterization at the wafer level via optical actuation and detection2004
Dr Barry Gallacher
Dr John Hedley
Emeritus Professor James Burdess
Dr Alun Harris
Electrostatic tuning of a micro-ring gyroscope2004
Dr Barry Gallacher
Dr John Hedley
Emeritus Professor James Burdess
Dr Alun Harris
Electrostatic tuning of a micro-ring gyroscope2004
Dr Barry Gallacher
Emeritus Professor James Burdess
Dr Alun Harris
The Design and Fabrication of Multi-Axis Vibrating Ring Gyroscope2004
Emeritus Professor James Burdess
Dr Alun Harris
Dr Barry Gallacher
Dr John Hedley
Vibrating and resonant MEMS sensors2004
Emeritus Professor James Burdess
Dr Alun Harris
Dr Barry Gallacher
Dr John Hedley
[Keynote talk] Vibrating and resonant MEMS sensors2003
Dr Barry Gallacher
Dr John Hedley
Emeritus Professor James Burdess
Dr Alun Harris
Frequency tuning of silicon micromechanical cantilevers by laser ablation2003
Dr Barry Gallacher
Dr John Hedley
Emeritus Professor James Burdess
Dr Alun Harris
Frequency tuning of silicon micromechanical cantilevers by laser ablation2003
Dr Barry Gallacher
Emeritus Professor James Burdess
Dr Alun Harris
Initial Test Results of a Multi-Axis Vibrating Ring Gyroscope and Issues Associated with its Fabrication2003
Dr Barry Gallacher
Dr John Hedley
Emeritus Professor James Burdess
Dr Alun Harris
Multimodal tuning of a vibrating ring using laser ablation2003
Dr Barry Gallacher
Emeritus Professor James Burdess
Dr Alun Harris
Principles of a three-axis vibrating gyroscope2001