Dynamics of the pushbelt CVT

Efficiency optimization of the pushbelt CVT

Fuel consumtion potential of the pushbelt CVT

Fuel consumtion potential of the pushbelt CVT

New CVT pushbelt design featuring a new maraging steel to cover all front wheel drive powertrains

New CVT pushbelt design to cover all FWD powertrains

CVT - Benchmark, status and potentials

Improving push belt CVT efficiency by clamping force control strategies based on variator slip measurement

Increased power density of push belt CVT’s using a new maraging steel

New pushbelt design to increase power density of CVT’s featuring a new maraging steel

Improving push belt efficiency by control strategies based on new variator wear insight

Determination of variator robustness under macroslip conditions for a push belt CVT

The two-stage push belt CVT

Van Doorne CVT fluid test, a method on belt-pulley level to select fluids for push belt CVT applications

A new pump for CVT applications

Co-ordinated powertrain control for CVT shifts expectations

Stress reduction in push belt rings using residual stresses

The two-stage push belt CVT

Model-based variator control applied to a belt CVT

Push belt developments for high power applications

An upshift in CVT efficiency, the design of the next generation CVT with a push belt

Ecodrive, driveline system integration with a CVT

High torque CVT P930, design and test results

IC-engines and CVT’s in passenger cars, a system integration approach

Het EcoDrive voertuig, de ontwikkeling van een geoptimaliseerde aandrijflijn voor personenvoertuigen

Nieuw duwbandontwerp maakt CVT geschikt voor alle voorwielaangedreven voertuigen

Reductie Ti-N insluitingen verlengt levensduur duwband in CVT

Spannungsreduzierung in Schubgliederbändern für stufenlose Automatikgetriebe

De reductie van spanningen in de ringen van een duwband CVT door de optimalisatie van restspanningen