Marine Engineering Technology
Chapter Highlights
- Chapter 1: Study on Reducing Towing Drag by Varying the Shape and Arrangement of Floats and Gears.
- Chapter 2: Analysis of Bluetooth RSSI for Proximity Detection of Ship Passengers.
- Chapter 3:A Path Planning Method for Ship Collision Avoidance Considering Spatial-Temporal Interaction Effects.
- Chapter 4:System and Operation of Ballast Water Ships with the Changing Ballast Water Management Policy.
- Chapter 5: Fundamental Study on Underwater Cutting of 50 mm-Thick Stainless Steel Plates Using a Fiber Laser for Nuclear Decommissioning.
- Chapter 6: Tribology in Marine Diesel Engines.
- Chapter 7: Multi-Task Deep Learning Model with an Attention Mechanism for Ship Accident Sentence Prediction.
- Chapter 8:On Maritime Digitalization in Emerging Environments.
- Chapter 9: Profile Design of the Grooved Die and Rolling Force Prediction in the Cold Pilger Rolling Process.
- Chapter 10: FRP for Marine Application.
- Chapter 11: Optimal Ways of Unloading and Loading Operations under Arctic Conditions.
Uses & Applications
This book blends traditional marine engineering topics with modern innovations such as AI, digitalization and advanced materials. It is valuable for students, maritime academies and professionals seeking to bridge classroom learning with real-world shipbuilding, operations and regulatory compliance.