Iceberg Impact

	Title
	Titanicology Samuel Halpern THE ENERGY OF COLLISION It is possible to estimate the energy of the collision between the iceberg and the Titanic by modelling a ship collision with an immovable, smooth object. Collision Theories Iceberg Collision Iceberg Impact Impact Velocity Kinetic Energy Rotational Effect Ship Velocity Sway Velocity
	OCEANS 2000 MTS/IEEE Conference and Exhibition. Conference Proceedings (Cat. No.00CH37158) William H. Garzke Jr., Dr. Timothy Foecke, Paul Matthias, David Wood MARINE FORENSIC ANALYSIS OF THE RMS TITANIC This article explores technical insights gained from Titanic wreck analysis, focusing on the structural and metallurgical factors that contributed to its sinking. Brittle Steel Finite Element Modelling Forensics Hull integrity Iceberg Impact Metallurgy Rivets Structural Integrity Unsinkability
	Marine Technology William H. Garzke Jr. PREFACE TO RECENT STUDIES INVOLVING THE RMS TITANIC The Marine Forensics Panel’s research on Titanic’s structural failure, revealing brittle steel and flawed rivets as factors in the disaster. Brittle Steel Collision Theories Forensics Iceberg Impact Marine Forensics Panel Rivet Failure Structural Analysis Structural failure
	Titanic Research and Modeling Association Roy Mengot TITANIC'S FIRST 15 MINUTES AFTER THE COLLISION: JUMPING TO CONCLUSIONS Roy Mengot challenges the accepted theories of Titanic's initial flooding and suggests that the early sighting of water was due to overflow rather than direct damage from the collision. Flooding Hold #1 Overflow Iceberg Damage Iceberg Impact Structural Damage Interpretation
	Marconigraph Parks Stephenson WHAT CAUSED TITANIC TO SINK? What caused a technological marvel like Titanic to fall so readily to a brush with a floating piece of ice. Brittle Steel Grounding Theory Iceberg Impact Rivet Failure Rivet Strength Sinking Theories

Titanicology

Samuel Halpern

THE ENERGY OF COLLISION

It is possible to estimate the energy of the collision between the iceberg and the Titanic by modelling a ship collision with an immovable, smooth object.

Collision Theories Iceberg Collision Iceberg Impact Impact Velocity Kinetic Energy Rotational Effect Ship Velocity Sway Velocity

MARINE FORENSIC ANALYSIS OF THE RMS TITANIC

OCEANS 2000 MTS/IEEE Conference and Exhibition. Conference Proceedings (Cat. No.00CH37158)

William H. Garzke Jr., Dr. Timothy Foecke, Paul Matthias, David Wood

MARINE FORENSIC ANALYSIS OF THE RMS TITANIC

This article explores technical insights gained from Titanic wreck analysis, focusing on the structural and metallurgical factors that contributed to its sinking.

Brittle Steel Finite Element Modelling Forensics Hull integrity Iceberg Impact Metallurgy Rivets Structural Integrity Unsinkability

Marine Technology

William H. Garzke Jr.

PREFACE TO RECENT STUDIES INVOLVING THE RMS TITANIC

The Marine Forensics Panel’s research on Titanic’s structural failure, revealing brittle steel and flawed rivets as factors in the disaster.

Brittle Steel Collision Theories Forensics Iceberg Impact Marine Forensics Panel Rivet Failure Structural Analysis Structural failure

Titanic Research and Modeling Association

Roy Mengot

TITANIC'S FIRST 15 MINUTES AFTER THE COLLISION: JUMPING TO CONCLUSIONS

Roy Mengot challenges the accepted theories of Titanic's initial flooding and suggests that the early sighting of water was due to overflow rather than direct damage from the collision.

Flooding Hold #1 Overflow Iceberg Damage Iceberg Impact Structural Damage Interpretation

Marconigraph

Parks Stephenson

WHAT CAUSED TITANIC TO SINK?

What caused a technological marvel like Titanic to fall so readily to a brush with a floating piece of ice.

Brittle Steel Grounding Theory Iceberg Impact Rivet Failure Rivet Strength Sinking Theories

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