Title: Predicting Ship Stopping Distances for Modern Ship Propulsion Architectures
The Massachusetts Maritime Academy chapter of SNAME will be hosting a webinar by Rolls Royce Marine of North America, Thursday, October 21st
1800-1900 hrs. in Flanagan Hall. This In-Person event is open to vaccinated New England SNAME members with proof of vaccination.
Abstract:
Stopping distance predictions will be presented for a nominal ship design with different propulsion architectures. These propulsion architectures include both electric drive and controllable pitch propellers. The large contrast in stopping distance will allow naval architects to better understand how propulsion system architecture influences stopping distance. To fully understand these calculations the control loop of a controllable pitch propeller in a crash back scenario will be covered.
Presenters:
Ian Mutnick
Ian Mutnick has over 25 years of experience as an engineer and technical program manager supporting multiple Navy organizations.
This experience ranges from conducting resistance and propulsion experiments to providing management support to multiple technology transition programs at the Office of Naval Research. Since 2012 Ian has supported propeller design and manufacturing for both US Navy and international naval applications at Rolls Royce Marine North America.
Ian has a BS in Naval Architecture and Marine Engineering from Webb Institute of Naval Architecture, a Master's of Mechanical Engineering from Johns Hopkins and a MBA from the University of Iowa.
Frank Lanni
Frank Lannihas over 25 years of experience in the design, analysis, production, operation and support of Naval propulsion systems. This includes experience with both submarine and surface ship applications.
Frank is currently the Head of Engineering, Naval Propulsion at Rolls-Royce Marine North America. Frank has a BS in Aero/Astro Engineering from M.I.T., a Master’s of Science in Aeronautics from G.W.U. and a Masters of System Design & Management from M.I.T.
How to Join the Presentation Virtually:
Topic: Predicting Ship Stopping Distances for Modern Ship Propulsion Architectures
Time: Oct 21, 2021 04:00 PM Eastern Time (US and Canada)
Join Zoom Meeting
https://maritime-edu.zoom.us/j/94355300244
Meeting ID: 943 5530 024
Dial in by phone.
Find your local number: https://maritime-edu.zoom.us/u/acAMNfyMtB