Unmanned aerial vehicles (UAVs) are widely used in many applications due to the current
technological trend. In these applications, understanding the concept of the operating …

Advancements in aircraft design and production necessitate exhaustive simulations of
critical components, such as landing gear, to ensure optimal performance and safety. This …

Axial turbines are widely used in hydropower systems. Owing to the complex hydraulic
excitation force during operation, its flow-passing components, particularly the runner, are …

In 2019, more than 16% of the globe's total production of electricity was provided by
hydroelectric power plants. The core of a typical hydroelectric power plant is the turbine …

To prevent lifetime shortening and premature failure in turbine runners, it is of paramount
importance to analyse and understand its dynamic response and determine the factors that …

Hydropower generators withstand multiple forces from diverse sources during operation. To
ensure their stability and safe performance, numerical tools are developed to characterize …

The core of a typical hydroelectric power plant is the turbine. Vibration and overheating in a
turbine occur when water flows through it, and with increased vibration and high …

Kaplan turbine tip vortex cavitation is a well-known phenomenon that im-pacts the
performance of large-diameter turbines. This phenomenon is associated with high levels of …

In the present investigation, the SolidWorks software tool was employed for failure analysis
of the Kaplan turbine shaft using modal test analysis. The failure analysis has been …

The use of renewable energy sources is increasing rapidly to obtain clean energy and avoid
environmental crises. This work is to examine the reality of electricity and the state of …