WP1 |
Acoustically green city areas – Q-Zones |
WP 1.1 |
Tools for creating Q-Zones |
Tools for creating Q-Zones, Selection of 5 reference sites for analysis |
D010101_KTH_M06.pdf |
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Identification of boundary conditions required to obtain Q-Zones |
D010102_KTH_M30.pdf |
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Boundary conditions - Annex |
D010102_Annex_KTH_M30.pdf |
WP 1.2 |
Embedded parks in Q-Zones |
Boundary conditions and noise gains for parks embedded in Q-Zones |
D010201_ACC_M24_w_Annex.pdf |
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WP2 |
Noise score rating models and annoyance |
WP 2.1 |
Noise score rating method for the outdoors |
Preliminary noise score rating model for the outdoors |
D020101_TNO_M06.pdf |
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Evaluation of outdoor noise in urban recreational areas |
D020102_TNO_M30.pdf |
WP 2.2 |
Development of the noise residents inside |
Refined noise score rating model for residents |
D020201_TNO_M24.pdf |
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Improved noise score model for indoors integrated into noise mapping software |
D020202_TNO_ACC_M24.pdf |
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Estimating the insulation of exterior walls regarding traffic noise in the City of Stockholm, Sweden |
D020203_ACL_M30.pdf |
WP 2.3 |
Cost/benefit analysis of Q-Zones |
Cost/benefit analysis of mitigation measures against potential benefits for local residents and park visitors |
D020301_ACC_M24.pdf |
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WP3 |
Noise and vibration control at source – Acoustically green vehicles |
WP 3.1 |
External noise from hybrid electric vehicles |
Objective and psychoacoustic noise evaluation of pass by of quiet hybrid vehicles and comparison with standard vehicles |
D030102_HAC_M36.pdf |
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Objective and psychoacoustic noise evaluation of pass by of quiet hybrid vehicles and comparison with standard vehicles |
D030102_HAC_M36.pdf |
WP 3.2 |
Noise specifications for vehicle purchase and noise criteria for vehicle free access to Q-Zones |
Functional noise specifications for purchasing green low noise vehicles |
D030201_ACL_M18.pdf |
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Noise criteria for vehicles to enter Q-Zones |
D030202_ACL_M18.pdf |
WP 3.3 |
Creating a low noise road surface for inner city use |
Development of a smooth elastic dense road surface |
D030301a_NCC_ACL_M24.pdf |
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Development of a grinding technology for rough asphalt as a noise mitigation measure |
D030301b_NCC_M24.pdf |
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Creating a low noise road surface for inner city use Cost/benefit analysis of low noise road surface |
D030302_AKRON_M36.pdf |
WP 3.4 |
Developing quiet tyre designs for quiet road surfaces |
Developing quiet tyre designs for quiet road surfaces (all vehicles) Part II |
D030401_Part2_UCAM_M12.pdf |
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Developing quiet tyre designs for quiet road surfaces, Low noise DualQ tyre combined with electric vehicle |
D030402_ACL_M24.pdf |
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Effect of restrictions on studded tyres |
D030405_ACL_M30.pdf |
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Low noise DualQ tyre combined with electric vehicle |
D030406_ACL_M30.pdf |
WP 3.5 |
Definition of a noise & annoyance standard for motorcycles in the urban environment |
Definition of a noise & annoyance standard for motorcycles in the urban environment |
D030501_HAC.pdf |
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Motorcycle noise evaluated in the developed noise score models for outdoor noise and indoor noise |
D030502_TTE_TNO_M24.pdf |
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Noise effect of restrictions on motorcycle use |
D030503_TTE_TNO_M24.pdf |
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WP4 |
Propagation attenuation of road traffic noise |
WP4.1 |
Wave propagation analysis for heavy quiet vehicle tyres |
Wave propagation analysis for heavy quiet vehicle tyres |
D040101_UCAM_ACL_M30.pdf |
WP4.2 |
Air cooled tyre hoods for passenger cars – Tyre/road noise reduction by active and passive noise attenuation |
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Air cooled tyre hoods for passenger cars – Tyre/road noise reduction by active and passive noise attenuation Feasibility of passive noise attenuation within tyre hoods |
D040201_ACL_M36.pdf |
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Air cooled tire hoods for passenger cars – Tire/road noise reduction by active and passive noise attenuation |
D040202_ACL_M36.pdf |
WP4.3 |
Reduction of low frequency airborn noise |
Concept for high low frequency absorption at building facades |
D040301_APT_M12.pdf |
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Concept for low frequency high transmission loss for windows and their casing |
D040303_APT_M12.pdf |
WP4.4 |
Reduction of low frequency structure borne noise |
Reduction of low frequency structure borne noise Propagation barrier - concept |
D040401_D2S_M24.pdf |
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Concept for prefabricated isolating floor panels in the propagation pad for low frequencies and calculation of noise effects |
D040402_APT_M24.pdf |
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WP5 |
Validation |
WP5.1 |
Q-Zones – Stockholm |
Validation report on Q-Zones Stockholm |
D050101_SEP_ACL_M36.pdf |
WP5.2 |
Parks embedded in Q-Zones - Göteborg |
Validation report on the concept of embedded parks in Q-Zones |
D050201_ACL_M36.pdf |
WP5.5 |
Reduction of low frequency air bore noise – Antwerp |
Validation report on solution for low frequency airborne noise reduction |
D050501_APT_M36.pdf |
WP5.6 |
Reduction of low frequency structure borne noise – Brussels |
Validation report on a solution for low frequency structure borne noise isolation |
D050601_D2S_M36.pdf |
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WP6 |
Dissemination of project results |
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Inception report on dissemination, stakeholders, and related projects |
D0601_TNO_M06.pdf |
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