Power and Propulsion Systems on Board Unmanned Naval Vessels: Study Into the Impact and Feasibility of Removing Maintenance Tasks on Board Naval Vessels

Analyzing the economic benefit of fully electric autonomous vessel variants: Recommendation on operational conditions

Offshore Wind Installation Vessels: Generating insight about the driving factors behind the future design

Meeting IMO’s climate goals for 2050: sailingon alternative fuels and its consequences

Concept Design of a Fast Crew Supply Vessel: Designing an attractive alternative to helicopters for long-distance crew transportation at mild conditions

Introduction of PEM Fuel Cells on Inland Ships

Application of greenhouse gas emission reduction technologies on a redesign of a multi-purpose heavy lift vessel

The refittable ship: A method for modular design of a ship's power supply

Energy demand of a fuel cell-driven cruise ship: Analysis and improved prediction method of the operational power variation under different loading and environmental conditions

Fuel cell Systems Applied in Expedition Cruise ships: A Comparative Impact Analysis

Hull Generation for Fast Concept Exploration: Development of a Brute-Force Approach to Quickly Obtain Hull Shapes and a Resistance Prediction for Offshore Patrol Vessels

A conceptual design study to prepare a general cargo ship for a refit towards alternative fuels

A comparison between the ’Smart-Stabiliser’ and a wider ship: The case of Jumbo Maritime

The development of a method to assess the future-proofness of Dutch inland ports

Systems Engineering at Damen Shipyards: Applying systems engineering in the concept development phase of standard vessels

The Yacht of 2030

Monohull versus Semi-submersible for offshore heavy lift crane operations

Identifying and eliminating weak points in ship’s machinery plants: A step towards continuously unmanned engine rooms

Future ships: Design and cost analysis of unmanned ships

Improving The Reliability Of Ship Machinery: A Step Towards Unmanned Shipping