2018Journal of Physics Conference SeriesOpen access

Mechanical simulation approach in underwater high pressure acting on ships hull

Ionuţ Cristian Scurtu, Marius Cucu, A. Sturzu

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Abstract

The industry of shipbuilding is a segment that faces many problems caused by flexible environment. We will try to determine the stresses and strain caused by an underwater explosion, which acts on a ship's hull. The numerical simulation for ship plate is done with commercial software ANSYS using water pressure from other measured sources.

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The industry of shipbuilding is a segment that faces many problems caused by flexible environment. We will try to determine the stresses and strain caused by an underwater explosion, which acts on a ship's hull. The numerical simulation for ship plate is done with commercial software ANSYS using water pressure from other measured sources.

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Available abstract

The industry of shipbuilding is a segment that faces many problems caused by flexible environment. We will try to determine the stresses and strain caused by an underwater explosion, which acts on a ship's hull. The numerical simulation for ship plate is done with commercial software ANSYS using water pressure from other measured sources.

Key concepts: Hull, Shipbuilding, Underwater, Marine engineering, Engineering, Computer simulation, Naval architecture, Computer science

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