Opinion Book review: Practical Ship Handling, Fourth Edition, by Malcolm C. Armstrong
by Kevin Vallance deep sea pilot and author - published on 5 June 2020
Opinion New book on Ship manoeuvring techniques: "Theory and Practices of Marine Pilotage" by Capt. Santosha K Nayak
by Marine-Pilots.com - published on 18 June 2020
This book investigates the science behind each component of manoeuvring a ship in confined waters, especially in port limits and the art to master it. Based on practical observations and analysis of each major and minor aspect of the manoeuvring of different types of vessels in different types of situations, this book put all relevant knowledge together for the reference of all concerned with pilotage and ship handling.
Article Our Book Recommendations on Marine-Pilots.com
by Marine-Pilots.com - published on 4 July 2020
Opinion Pilot safety: a crucial component of navigation safety
by MS Amlin Marine - published on 22 October 2024
Video Simplified Vector Approach for POD forces – samples and limitations
published on 23 February 2022
Video Types of ships: Basic introduction to ship accidents
by Dr. Captain Ahmed Sati - published on 17 July 2024
Article A review of the ship’s pivot point: Science, Maths and Observation’ Where is the centre of a ship’s rotation?
by Tim Cummins, Harbour Pilot, Portsmouth International Port - published on 17 July 2020
This my attempt to do just that. This is a summary of all scientific papers and articles that I could find about the ship’s pivot point. I have added links to any videos associated with the publications and have also included any useful diagrams or equations that the authors published to help explain their research.
Video Yaw Stability of Ships - Basic Principles by Knud Benedict
published on 18 November 2021
Another very good explanatory video by Knud Benedict. Absolutely worth seeing.
Yaw Stability is an important element of Ships Manoeuvrability - both for course keeping and turning ability. This first video in a series explains the Basic Principles of stability in steady state equilibrium conditions and the forces / moments involved