May 29, 2012 · This paper introduces both, the ETPM concept and the contrail generation model, the application and data trial for an automated 4D cruise phase ...

Tradeoff between optimum altitude and contrail layer to ensure maximum ecological en-route performance using the enhanced trajectory prediction model (ETPM).

The Enhanced Trajectory Prediction Model (ETPM) is a logical extension of our analytic performance calculation framework “Enhanced Jet Performance Model” ...

Jan 6, 2016 · This paper introduces both, the ETPM concept and the contrail generation model, the application and data trial for an automated 4D cruise phase ...

Tradeoff between optimum altitude and contrail layer to ensure maximum ecological en-route performance using the enhanced trajectory prediction model (ETPM).

The Enhanced Trajectory Prediction Model (ETPM) is a logical extension of our analytic performance calculation framework Enhanced Jet Performance Model ...

Tradeoff between optimum altitude and contrail layer to ensure maximum ecological en-route performance using the enhanced trajectory prediction model (ETPM).

Dec 23, 2020 · M Kaiser, J Rosenow, H Fricke, M Schultz (2012) Tradeoff between optimum altitude and contrail layer to ensure maximum ecological enroute ...

Nov 14, 2016 · Trajectory optimization is demonstrated by a variation of the cruising altitude and the target speed. Both are effective variables. We found, ...

Tradeoff between optimum altitude and contrail layer to ensure maximum ecological en-route performance using the Enhanced Trajectory Prediction Model (ETPM).