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Researcher Details
 
Name: Professor K Attenborough
Organisation: Open University
Department: Faculty of Sci, Tech, Eng & Maths (STEM)
Current EPSRC-Supported Research Topics:

Current EPSRC Support
There is no current EPSRC Support
Previous EPSRC Support
EP/K03720X/1 Periodicity-Enhanced Attenuating Layers and Structures(P)
EP/H040617/1 Non-invasive acoustic-seismic sensing of soils(P)
EP/G020876/1 Sonic Characterisation of Water Surface Waves, Turbulence, Mixing and Bed Friction in Shallow Water Flows(P)
EP/E062806/1 Sonic crystal noise barriers(P)
EP/E040985/1 An Acoustic Rain Disdrometer(C)
EP/D507820/1 The engineering relevance of Acoustics(P)
EP/E027121/1 Studies of blast sound propagation and passive absorption using laser-generated shock waves and a semi-analytical method(P)
GR/R97313/02 Multi-Domain Microstructure Design of Smart Coupled Mechanical and EM Solids(C)
EP/C547349/1 SUPPORT MATHEMATICS FOR ACOUSTICS RESEARCH TRAINING 2(P)
GR/S58935/01 Computer resources for radio frequency, microwave & acoustic engineering(P)
GR/S35592/01 Applications of multiple scattering theory in acoustics: trees, dispersions and rough surfaces(P)
GR/R97337/01 Multi-Domain Microstructure Design of Smart Coupled Mechanical and EM Solids(C)
GR/R97320/01 Multi-Domain Microstructure Design of Smart Coupled Mechanical and EM Solids(C)
GR/S47021/01 Support Mathematics for Acoustics Research Training (SMART)(P)
GR/R97313/01 Multi-Domain Microstructure Design of Smart Coupled Mechanical and EM Solids(C)
GR/R43761/01 The Design of Noise Attenuating Devices Incorporating Elastic Porous Structures(P)
GR/L61804/02 COUPLED PHASE THEORY FOR SOUND PROPAGATION IN POROUS MATERIALS(P)
GR/L15326/02 THE PREDICTION OF NOISE ARISING FROM MOVING DIRECTIONAL SOURCES IN A COMPLEX OUTDOOR ENVIRONMENT(P)
GR/L61804/01 COUPLED PHASE THEORY FOR SOUND PROPAGATION IN POROUS MATERIALS(P)
GR/L39797/01 ACOUSTICAL MONITORING OF PARTICULATE FLOWS(C)
GR/L36512/01 ACOUSTICAL MONITORING OF PARTICULATE FLOWS(P)
GR/L52505/01 MODELS FOR SOUND PROPAGATION IN CONCENTRATED SUSPENSIONS AND EMULSIONS(P)
GR/L15326/01 THE PREDICTION OF NOISE ARISING FROM MOVING DIRECTIONAL SOURCES IN A COMPLEX OUTDOOR ENVIRONMENT(P)
GR/J42052/01 THE PREDICTION AND REDUCTION OF SOUND OUTDOORS(P)
GR/H41966/01 CONTROL OF ROAD TRAFFIC NOISE(C)
GR/H45025/01 ACOUSTIC MONITORING OF PARTICULATE POLLUTION(P)
GR/D97108/01 THE PREDICTION OF SOUND RADIATION FROM INDUSTRIAL BUILDINGS(C)
Key: (P)=Principal Investigator, (C)=Co-Investigator, (R)=Researcher Co-Investigator