[HTML][HTML] Hydro-elastic computational analysis of a marine propeller using two-way fluid structure interaction

VR Krishna, SP Sanaka, N Pardhasaradhi… - Journal of Ocean …, 2022 - Elsevier
Marine propellers have complex geometry and their performance is determined by costly
and time consuming open water experiments. Use of numerical techniques helps …

Research on wake characteristics and HCWF blade number matching of a new coupled propeller

Y Chen, L Li, H Xia, L Huang, J Lv - Ocean Engineering, 2024 - Elsevier
For the purpose of wake energy recovery and hub vortex control in a new Coupled Propeller
(CP), three hub cap with fins (HCWF) schemes with different blade numbers are designed …

Hydrodynamic Performance and Acoustic Response of Ship Propeller

SP Sanaka, N Pardhasaradhi, D Rao - Transactions on Maritime …, 2023 - toms.com.hr
The aim of the paper is to predict the hydrodynamic performance and noise generated by
the propeller at different advance ratio and the speed of the propeller. Three bladed, DTMB …

Hydrodynamic Performance and Acoustic Response of Ship Propeller

S Prasad Sanaka, D Rao K - Transactions on Maritime Science, 2023 - hrcak.srce.hr
Sažetak The aim of the paper is to predict the hydrodynamic performance and noise
generated by the propeller at different advance ratio and the speed of the propeller. Three …

Design Methodology of Propeller for Autonomous Underwater Vehicle

A Sharma, S Chafodikar, A Gatey, S Rathod… - International Conference …, 2023 - Springer
The propeller is an integral part of an autonomous underwater vehicle's (AUV) propulsion
system. The propeller geometry is highly three-dimensional and complex. There are various …

[PDF][PDF] Journal of Ocean Engineering and Science

VR Krishna, SP Sanaka, N Pardhasaradhi, BR Rao - 2021 - researchgate.net
abstract Marine propellers have complex geometry and their performance is determined by
costly and time consuming open water experiments. Use of numerical techniques helps …