Aerodynamic shape optimisation is widely used in several applications, such as road
vehicles, aircraft and trains. This paper investigates the performance of two surrogate-based …

The trend towards ultra compact thermal power generation, is constrained by the
unavailability of fluid-machinery adequate for supersonic flow conditions. Conventional …

Focusing on a high-pressure turbine, this study conducts a multi-objective optimization
aimed to improve its aerodynamic and erosion resistance performances. With a self …

The present paper addresses the multi-objective aerodynamic shape optimization of the two-
dimensional LS-89 turbine cascade. The objective is to minimize the entropy generation at …

In high-speed air-breathing propulsion, compact turbomachinery is essential to reduce the
engine size and weight. Hence, high compression ratios are required in the compressor …

Энергетические установки различных типов и в первую очередь теплоэнергетические
установки составляют основу электроэнергетики Российской Федерации и многих …

Rapid aerodynamic design and optimization is essential for the development of future
turbomachinery. The objective of this work is to demonstrate a methodology from 1D mean …

The recent progress in Multidisciplinary Design Optimization (MDO) enables engineers to
revise design strategies and to address more complex problems. In this paper, the full …

Pressure gain combustion is considered a possible path toward improved thermal cycle
efficiency and reduced carbon emissions. However, ad-hoc turbine designs are required to …

A crow search algorithm (CSA) was applied to perform the optimization of a running blade
prosthetics (RBP) made of composite materials like carbon fibre layers and cores of …