The rapid growth of global aviation operations has made its negative environmental impact
an international concern. Accurate modeling of aircraft fuel burn, emissions, and noise is the …

As part of a more global research effort towards a greener aviation, the present study
focuses on the noise impact by aircraft operations around a major airport, namely the Hong …

Aircraft noise models are fundamental tools for noise abatement, control, enforcement,
evaluation, and policy-making. Validation of aircraft noise models is necessary to ensure …

Skyrocketing prices of fuel and increasing concerns towards achieving lower carbon
footprints favor any improvements towards a greener transportation ecosystem. In this work …

Many attempts have been made to reduce aviation's environmental impact, as aviation traffic
has grown exponentially in recent decades. While some approaches focus on technology …

Current best practice aircraft noise calculations primarily focus on strategic noise mapping to
assess compliance with legal noise limits. To date, the effects of shielding by buildings or …

An open-source simulation model for aircraft noise prediction is presented and validated
using backpropagated noise measurements for a state-of-the-art engine and aircraft. The …

Civil aviation noise is one of the main factors hindering the growth of the civil aviation
industry. With the increase in global air traffic demand, the problem of aviation noise …

Previous Monte Carlo simulations have quantified the extent to which dose (sound level)
uncertainty in community noise dose–response surveys can bias the shape of inferred dose …

Aircraft noise emissions affect societies around the world by impacting the population's
health and land use planning. This calls for simulation tools able to predict these types of …