The feasibility of regional electric aviation to reduce environmental impact highly depends
on technological advancements of energy storage techniques, available battery energy …

View Video Presentation: https://doi. org/10.2514/6.2023-0146. vid This paper presents a
framework under development for enabling large-scale multi-fidelity modeling and …

This paper demonstrates an integrated approach to the sizing and analysis of all-electric,
hybrid-electric, and turboelectric variants of a lift-plus-cruise urban air mobility vertical takeoff …

This paper proposes a conceptual methodology for designing vertical takeoff and landing
aircraft with a hybrid-electric propulsion system as an alternative to facilitate intercity …

Hybrid electric aircraft concepts are high in future aviation agenda to enabling reduced fuel
consumption and emissions. However, the additional weight of the introduced battery and …

The electrification of the commuter aircraft is instrumental in the development of novel
propulsion systems. The scope of this work aims to explore the design space of a parallel …

This paper demonstrates parametric definition and sizing of all-electric and hybrid-electric
variants of a dual-purpose ducted fan lift-plus-cruise aircraft configuration. The dual roles …

In this paper, we develop a semiempirical model for predicting degradation in lithium–ion
batteries and use it to assess the performance of an all-electric general aviation aircraft over …

This paper explores the design spaces of a thin-haul and a regional aircraft with parallel
hybrid-electric propulsion architectures for a 2030 entry into service date. Notional …

This paper demonstrates integrated vehicle and propulsion system sizing and performance
analysis using Parametric Energy-Based Aircraft Configuration Evaluator, an aircraft sizing …