Claire Whitaker

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Public lists managed by Claire Whitaker

• Engineering - Dynamics and Vibration Tea Time Talks
• Engineering - Mechanics Colloquia Research Seminars
• Engineering - Mechanics and Materials Seminar Series
• Engineering - Mechanics, Materials and Design (Div C) - talks and events
• Engineering Design Centre Seminars

Talks given by Claire Whitaker

Obviously this only lists talks that are listed through talks.cam. Furthermore, this facility only works if the speaker's e-mail was specified in a talk. Most talks have not done this.

Talks organised by Claire Whitaker

This list is based on what was entered into the 'organiser' field in a talk. It may not mean that Claire Whitaker actually organised the talk, they may have been responsible only for entering the talk into the talks.cam system.

• Railway vehicle-based monitoring of rail roughness to control noise and vibration
• On the accuracy of numerically computed vibration models
• Geometry and analysis models for generative design
• Vibrations analysis and dynamic balancing
• Acoustics in 'real life'
• Some issues in mechanics for the design of helmets
• 3D printing of gears
• Easter Term Poster Session
• Low vibration design for science facilities
• On the use of machine learning to detect shocks in road vehicle vibration signals
• Maximising home delivery
• Project Sound
• Vibro-acoustic modelling for active noise control purposes
• A couple of efficient prediction models for underground railway-induced vibrations
• Engineered growth factor microenvironments for regenerative medicine - MECHANICS COLLOQUIUM
• Introduction to wave6, a CAE software for vibro-acoustic
• A Multiscale modelling strategy for virtual design of metallic alloys - MECHANICS COLLOQUIUM
• Bayesian inference for mapping society's use of materials
• Base-isolation for controlling ground-borne vibration in buildings
• High temperature performance of MEMS vibration energy harvesters
• Biological and bio-inspired locomotion at small scales - MECHANICS COLLOQUIUM
• Identification of damping for vibrating structures from stochastic response
• A first step to something better than Equivalent Linearisation
• The body vibration of bowed string instruments
• Nonlinear vibration: Experiments ≠ Simulations
• The first night of television
• Musings on radiation impedance
• Aspects of Nonlinear Dynamics
• Force feedback foot pedals
• Contacts and Fretting - MECHANICS COLLOQUIUM
• Dynamics and maneuverability of a tethered balloon
• Title - tbc
• Exploring the depths of drilling dynamics
• High temperature performance of MEMS vibration energy harvesters
• An Introduction to the Dynamics and Vibration Research Group
• tbc
• TTT Poster Session
• MEMS mode-localized resonant sensors based on three weakly coupled resonators
• Maximizing output power in a cantilevered piezoelectric vibration energy harvester by electrode design
• Android application for freight vehicle in-service monitoring
• The frictional frequency response and model identification
• A brief summary of 20 years of research into random dynamic systems
• Vibration and acoustics of everyday things
• Investigating plastic yielding across the strain rates
• Vibration based structural health monitoring: from Bridges to Wind Turbines
• Nanoscale Engineering
• Strain gradient plasticity: Numerical modeling and fracture assessment
• How would human drivers react to the collision avoidance system?
• Radial turbine mistuning
• Application of robust non-linear predictive control to simulating the control behaviour of a racing driver
• Developing mode localised sensing based accelerometer
• Titble - tbc
• Titble - tbc
• Random vibration and the second law of thermodynamics
• Non-linear parametrically excited systems
• CO2 Sequestration and the need for uncertainty quantification
• Adhesion of Volcanic Ashes in Gas Turbines and Potential Effects on Thermal Barrier Coatings
• Logie Baird's Mechanical TV and Hitler's V3 Super Gun
• Modelling the effects of sensory conflicts on drivers' control of a vehicle
• Vehicle testing of cab suspension
• tbc
• How much power is available in a random vibration?
• Charge-on-the-move for the UK transport application: A national power infrastructure
• Sticking points in modelling friction
• The hybrid SEA method applied to electromagnetism
• For better or worse: Applications of the transfer matrix approach for analysing axial and torsional vibration
• Detecting cyclists through computer vision
• Counting with symmetry for structural analysis (Mechanics Colloquia)
• Overview of the MEMS group
• The Wiener approach in nonlinear random vibrations
• Frequency domain analysis of linear and nonlinear structures
• Strain accommodation in kinking nonlinear elastic solids
• Force feedback footpedals
• The body vibration of bowed stringed instruments
• Why does a lute sound different to a guitar?
• Introduction to the DVRO and MEMS group
• Dynamics & Vibration and MEMS group Poster Session
• Biosensing using quartz crystal microbalance
• Articulated heavy goods vehicles in combined braking and cornering manoeuvres - vehicle testing and results
• Friction experiments and modelling for vibration-induced oscillation problems
• Acoustic resonators for gravimetric sensing
• Android application for heavy vehicle monitoring
• Vibration energy harvesting
• Hybrid methods for electromagnetic problems
• What is nonlinear SEA good for?
• General methodology of dealing with uncertainty in applied mechanics
• The effect of a neighbouring structure on the predictions of ground-borne vibration
• Centrifugal vibration absorbers and some applied mechanics history
• Mechanism of premature cracking in jointed plain concrete pavements
• Visual sensing and awareness for heavy goods vehicles
• Identification of a model of driver steering behaviour based on human sensory dynamics
• Motion of the cello bridge
• Microfabricated acoustic biosensors for detections of clinical biosensors
• Is the coefficient of restitution energentically consistent?
• Assuming a purely sinusoidal input force......
• Driveability of low carbon vehicles
• Some strange and useful properties of random frequency response functions
• Identification of a model of driver steering behaviour based on human sensory dynamics
• Dynamics in the fields of motorsport, automotive and transport engineering
• Turbine wheel mistuning
• Application of robust nonlinear model predictive control to simulating the control behaviour of a racing driver
• Identification and validation of a driver model with neuromuscular dynamics
• Modelling of friction induced vibration
• Wound therapy on the go: development of a coupled mechanical and acoustic resonant micropump
• Autonomous reversing of multiply-articulated heavy vehicles
• Vibration analysis for energy harvesting
• Acoustic biosensors for point-of-care diagnosis
• Harvesting ambient vibration: the smarter infrastructure
• Introduction to DVRG
• Explicit solutions for structural analysis of discretized structures with uncertain but bounded parameters
• Modelling the shock induced failure of printed circuit boards
• HGV-Cyclist collision avoidance
• HGV-Cyclist collision avoidance
• Microfluidics-based acoustic microbubble biosensor
• Are linearised models good enough for modelling floating offshore wind turbines
• Vision based articulation angle sensing for heavy goods vehicle
• Automatic operational modal analysis: Challenges and applications to historical structures and infrastructures
• TBC
• Vehicle dynamics testing in winter conditions
• Design and modelling of an acoustic sensing device
• TBC
• Acoustic Resonators for Interfacial Sensing
• The dynamic interaction between a railway tunnel and piled foundations
• Studs, squats and rolling contact fatigue : similarities, differences and dangers
• Biomimetics : Surface and subsurface structures for adhesion
• Low power MEMS strain sensors
• Mass chains with passive interconnection: complex iterative maps and scalability
• Regenerative braking of heavy goods vehicles
• Passive mechanical network synthesis
• Roads, vehicles, tyres, racing and rubber friction
• Stochastic Geometry in Dynamic State Estimation
• Playability of bowed string instruments
• Diffuse fields in plates
• The acoustics and tuning of cylindrical drums
• A model order reduction technique applied to mid-frequency acoustics
• Modelling of train induced vibration (MOTIV)
• Reversing long combination vehicles
• Visual sensing of articulation angle
• Visual sensing of articulation angle
• Dynamics of wind turbine blades on moving platforms
• Combined steering and braking of articulated HGV's
• Active Safety of Long Combination Vehicles
• Riser response reconstruction using an inhomogeneous waveguide model
• Micro-electro-mechanical resonant tile sensor
• Investigating vibration dynamics of cross-coupled MEMS resonators for reduced motional resistance
• Improving the braking performance of heavy goods vehicles
• Cyclist-HGV collision avoidance
• Microfluidic-based Acoustic MicroBubble (AMB) Biosensor
• MEMS based acoustic microscopy
• Stability and dynamic analysis of an aerodynamically shaped tether
• Stability and dynamic analysis of an aerodynamically shaped tether
• Longitudinal forces in PiP model
• High frequency vibration analysis of smoothly inhomogeneous systems
• Modelling an imperfect driver
• Structural Dynamics in Practice: An Engineer's Experience
• Track roughness change due to railway vibration countermeasures
• Vibration of irregular structures: can we find uses for nonlinearity?
• Acoustic biosensors for point-of-care diagnosis
• Bulk acoustic mode micromechanical resonators
• Researches on ground-borne vibration at the University of Nottingham
• Transient response of random structures to non-linear shock loading
• Modelling the steering interaction between driver and vehicle active steering controller
• Local non-linearities: what's the worst that can happen?
• Active steering off-road for long combination vehicles
• "Direct spinning of carbon nanotube fibre - a new sort of stuff"
• Vibrations induced by railway traffic: prediction and measurement
• Driveability of low carbon vehicles
• Interaction between concrete pavements and vehicles
• Introduction to DVRG