Apparent Center of Gravity in Ships? (Part I)

This presentation will focus on the topic of the Apparent Center of Gravity in a rigid body and that would be an introduction to the Apparent Center of Gravity in ocean going vessels. The subtopics of this presentation consist of Why this is important in Shipping?, What is a Rigid Body, The Center of Gravity in the Rigid Body, Mass, Volume, Density & Weight in the Rigid Body, Partially Submerged Rigid Body, Buoyant Force in the Rigid Body, Reduced Mass of The Rigid Body, New Weight of the Rigid Body, Apparent Center Of Gravity in the Rigid Body, New Weight, Mass and Density of the Rigid Body, Reduced & Added Mass of the Rigid Body, and Added Weight of the Rigid Body.

Maritime Terminology

This presentation will focus on the topics of Maritime Terminology of Bow & Stern, Center Line, Port and Starboard, Mass and Weight, Light & Load Displacement, Center of Gravity & Apparent Center of Gravity, Surge, Sway, & Heave Motions, Motion Axes, Roll, Pitch and Yaw Motions, Degree of Freedom (DOF), Heading Vector, Course Speed Vector, Speed Over Ground (SOG), Speed Through Water (STW) and Drift Angle.

What is Extreme Data?

This presentation may answer the questions of What is Extreme Data, What is Big Data, What is Data, Big Data Solutions from Data Management, Big Data Solutions from Data Analytics, Modeling in Extreme Data, Anomaly of Extreme Data and Outliers of Extreme Data? Outliers of Extreme Data.

What is a Digital Twin?

This presentation may answer the questions of What is a Digital Twin, What is Not a Digital Twin, Main Components of a Digital Twin, Utilization of Extreme Data, Model Development by ML, Model Objectives in Digital Twin, Physical Laws can be Used in Digital Twin, Model Assumptions in Digital Twin, Digital Twin is a Superior Approach and Digital Twin Limitations.