Government regulations on vehicle tailpipe emissions have steadily become more stringent
in the last few decades, mainly to reduce gaseous and particulate pollutants from internal …

Spray flows are crucial in a variety of engineering applications across sectors such as
energy and mobility, particularly in enhancing the performance of internal combustion …

Data-driven prediction of spatiotemporal fields in fluid flow problems has received significant
interest lately. However, the scarcity of data often plagues the accuracy of the prevalent …

Improving the predictive capabilities of reduced-order models for the design of injector and
chamber elements of rocket engines could greatly improve the quality of early rocket …

Computer software that simulates the thermodynamic and gas dynamic properties of internal
combustion engines can play a significant role in the design and optimization of internal …

The current work aims to develop a multi-fidelity Bayesian optimization methodology to
reduce computation time in CFD based design optimization of an internal cooling channel of …

Accurate prediction of injection profiles is a critical aspect of linking injector operation with
engine performance and emissions. However, highly resolved injector simulations can take …

With the increasing demand for efficient and accurate numerical simulations of spray
combustion in jet engines, the necessity for robust models to enhance the capabilities of …

The integration of high-fidelity numerical simulations into the rocket engine design-cycle
promises to cut costs in an ever more competitive launch market. Although still being …

It is well known that cavitation erosion in fuel injectors can prevent reliable engine
performance after only several thousand hours of operation. However, current simulation …