Contents of this video will benefit mariners preparing for exams (written and oral examinations).
Contents of this video will benefit mariners preparing for exams (written and oral examinations).
Article IcePad, Smart download and view satellite images of sea-ice
by Drift + Noise GmbH - published on 26 July 2019
Article Safer shipping over ice
by Drift + Noise GmbH - published on 16 October 2019
Video Wind drift making headway - practical experiments for voyage planning and Rule of Thumb
published on 7 April 2021
Article New app: Pilot´s Tug Assist Tool PTAT - Bollard Pull Calculation for Marine Pilots
by Capt. M. Baykal Yaylai - published on 19 February 2020
Required tug power and number of tugs needed in variable conditions of wind, current and waves isin most cases an assessment made by pilots based on their professional experience. However, assessments will raise questions by lawyers if something goes wrong. They will use tools to calculate what really is needed with respect to tug power and number of tugs. They have furthermore the advantage of time.
Video How Stabilisers Reduce A Ship's Roll
published on 4 July 2019
Video AIMPA’s Webinar on “Reconceptualising Indian Maritime Pilotage on 24th Oct 2020
published on 28 January 2021
The need to hold such a webinar was felt from the interaction over several months of AIMPA members through its President, Capt. Gajanan Karanjikar, with Capt Simon Meyjes and Capt.Ravi Nijjer - both instrumental in the thorough upgrade of pilotage operations Safety management systems in parts of Australia. From these interactions, AIMPA has come to the firm conclusion that a thorough upgrade of maritime pilotage management systems in India is necessary. Holding a webinar would be a good...
Article Furetank (Sweden) turns former office into advanced ship simulator training centre
published on 7 February 2023
Video Extreme scale model testing of the T-2000 hull design
published on 1 March 2023
We’re doing another day of testing with the self-propelled scale model of T-2000. Obviously the conditions here do comprehensively exceed the designs operational envelope, as in scale proportion to the model, the waves must be I guess around 10-20 metres in size. However it’s interesting to understand the designs ultimate limits. The model is built to a scale of fourteen to one, and this equals 20 metres in real life size. Later, by slowing down the video, so that it matches the speed of...