Low Emission Optimised tyres and road surfaces for

Low Emission Optimised tyres and road surfaces for electric and hybrid vehicles POLISH-NORWEGIAN RESEARCH PROGRAMME „CORE”

POLISH-NORWEGIAN RESEARCH PROGRAMME IMPLEMENTED UNDER THE NORWEGIAN FINANCIAL MECHANISM 2009 -2014 THE CORE 2012 CALL FOR PROPOSALS The objective the Polish-Norwegian Research Programme is enhanced research-based knowledge development in Poland through enhanced research cooperation between Poland Norway. The cooperation is to be based on equal partnerships between Norwegian and Polish research institutions, with the leading role of the latter. Mechanisms implemented to intensify this cooperation include the mobility component, allowing the Polish and Norwegian project partners to take advantage of research expertise of the other partner.

• • SINTEF, Norway (Truls Berge) Gdansk University of Technology - TUG, Poland (Jerzy Ejsmont) Low Emission Optimised tyres and road surfaces for electric and hybrid vehicles GOAL OF THE PROJECT: The project aims to demonstrate the state -of-the-art technology for tyres developed for electric and hybrid vehicles, which are optimized for low rolling resistance and low tyre/road noise. The project will demonstrate the potential reduction of energy consumption for EV and HV using optimized tyres and road surfaces under urban conditions.

Web page: http: //www. leo. mech. pg. gda. pl/ STRUCTURE OF THE PROJECT • WP 1: Project management • WP 2: Review of desired features related to the tyres of electric and hybrid vehicles and to road surfaces • WP 3: Noise measurements of tyres for electric and hybrid vehicles, such vehicles and road surfaces • WP 4: Rolling resistance optimization of tyres for electric and hybrid vehicles and road surfaces • WP 5: Feasibility study and cost/benefit analysis • WP 6: Dissemination and information management

Web page: http: //www. leo. mech. pg. gda. pl/ BUDGET OF THE PROJECT TUG SINTEF EURO 326 000 EURO 209 000 All together EURO 535 000 PROJECT DURATION 2013. 05. 01 - 2016. 10. 31

Web page: http: //www. leo. mech. pg. gda. pl/ PUBLICATIONS No. Title Authors Name of journal Opór toczenia opon samochodowych J. Ejsmont, B. Świeczko-Żurek, G. Ronowski Magazyn Autostrady 2. Badania nawierzchni drogowych w amerykańskim stylu J. Ejsmont, B. Świeczko-Żurek, G. Ronowski Magazyn Autostrady 3 Influence of Load and Inflation Pressure on the Tyre Rolling Resistance J. Ejsmont S. Taryma G. Ronowski B. Świeczko-Żurek International Journal of Automotive Technology G. Ronowski J. Ejsmont S. Sommer W. Owczarzak Magazyn Autostrady 7/2015 4 CP 2015 - zmodyfikowana metodyka przewidywania hałasu związanego z parkingami, ze stacjami paliw, z MOP-ami i punktami poboru opłat Opony i nawierzchnie drogowe dla samochodów elektrycznych B. Świeczko-Żurek Magazyn Autostrady 1 -2/2015 Rolling Resistance And Tire/Road Noise On Rubberized Asphalt Pavement In Poland B. Świeczko-Żurek P. Jaskuła J. Ejsmont A. Kedzierska P. Czajkowski Road Materials and Pavement Design 3/2016 Ultra Low Noise Poroelastic Road Surfaces J. A. Ejsmont L. Goubert, G. Ronowski B. Swieczko-Zurek Coatings, 2016, 6, 18 1. 5 6 7

Web page: http: //www. leo. mech. pg. gda. pl/ PUBLICATIONS - Conference papers No. Title of presented work Authors Type (international/national) 1 Tire rolling resistance measurement methods B. Świeczko-Żurek, J. Ejsmont FEHRL Infrastructure Research Meeting FIRM 2013 2 Przegląd hałaśliwości nawierzchni drogowych w Polsce i innych krajach Unii Europejskiej P. Mioduszewski National Conference "Metody ochrony środowiska przed hałasem", 3 Noise measurements on low noise pavements - problems with inhomogenity of wearing course P. Mioduszewski, W. Gardziejczyk International Conference INTERNOISE 2013 4 Reduction of Tire Rolling Resistance by Optimization of Road Surfaces and Tires B. Świeczko-Żurek, J. Ejsmont G. Ronowski COTUME’ 2014, International Conf. on Mechanics 5 Influence of Rolling Resistance on Fuel Consumption B. Świeczko-Żurek, J. Ejsmont Seminar for US DOT and Road Administration 6 Low Noise Tires For Hybrid And Electric Vehicles J. Ejsmont B. Świeczko-Żurek, S. Taryma The 21 st International Congress on Sound and Vibration (ICSV 21) 7 How Efficient Is Noise Labeling Of Tires? B. Świeczko-Żurek, J. Ejsmont G. Ronowski The 21 st International Congress on Sound and Vibration (ICSV 21) 8 Comparison of road and laboratory measurements of tyre/road noise B. Świeczko-Żurek, J. Ejsmont G. Ronowski S. Taryma International Congress INTERNOISE 2014 9 Tyre/road noise reduction by a poroelastic road surface J. Ejsmont, U. Sandberg, B. Świeczko-Żurek, P. Mioduszewski International Congress INTERNOISE 2014 10 An investigation of the relationship between texture and tyre/road noise for different types of road surfaces and passenger car tyres T. Berge, E. M. Viggen International Congress INTERNOISE 2014 11 Noise Generated by Tyres Designed for Electric Vehicles - Results of Laboratory Experiments J. Ejsmont B. Świeczko-Żurek S. Taryma P. Mioduszewski International Conference Euro. Noise 2015 12 Tyre/road noise of passenger car tyres, including tyres for electric vehicles - road measurements T. Berge F. Haukland P. Mioduszewski R. Woźniak International Conference Euro. Noise 2015 13 Tyre/Road Noise Research in TUG J. Ejsmont B. Świeczko-Żurek International Seminar in Hong Kong 14 Influence of test conditions on tyre/road noise using the CPX method T. Berge, F. Haukland Internoise 2015 15 Rolling Resistance And Tire/Road Noise On Rubberized Asphalt Pavement in Poland B. Świeczko-Żurek P. Jaskuła J. Ejsmont A. Kedzierska P. Czajkowski International Conference Rubberized Asphalt Rubber - RAR 2015 16 Poroelastic Low Noise Road Surfaces J. Ejsmont L. Goubert B. Świeczko-Źurek G. Ronowski International Conference Rubberized Asphalt Rubber - RAR 2015

Web page: http: //www. leo. mech. pg. gda. pl/ Thank You