case study hydrostatic testing: manned submarine sphere

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Hydrostatic testing: Manned submarine sphere Client Prospero Productions Project location Matrix Hydro Testing Facilities, Perth Product Odyssey – Seaimagine Ocean Pearl Submarine Time period 2017 BACKGROUND Matrix was approached by the company Prospero to perform ABS recertification testing of a sphere from their manned submarine. The Matrix hydro testing facility allows testing of a wide range of products from large energy exploration support components and defence force equipment, down to the smallest of subsea electrical connectors. It contains some of the world’s largest and deepest chambers that incorporate state of the art algorithms to precisely control pressure and temperature. METHOD This test involved conducting a series of hydrostatic pressure cycles on the sphere according to the ABS standard 0007/2017 “Rules For Building And Classing Underwater Vehicles, Systems And Hyperbaric Facilities”. The testing procedure was particularly challenging 1) The sphere could not be subjected to any excessive loading or movement during testing and lifting operations. With only 20mm clearance between the sphere and the chamber there was a significant risk of damage if the lifting configuration was not correctly designed. 2) The chamber needed to be maintained to a tight temperature range of ~ +/-2.5 degrees celcius throughout all the test cycles otherwise it would be invalid. Case study

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Page 1: Case study Hydrostatic testing: Manned submarine sphere

Hydrostatic testing:Manned submarine sphere

ClientProspero Productions

Project location Matrix Hydro Testing Facilities, Perth

ProductOdyssey – Seaimagine Ocean Pearl Submarine

Time period2017

BACKGROUND

Matrix was approached by the company Prospero to perform ABS recertification testing of a sphere from their manned submarine.

The Matrix hydro testing facility allows testing of a wide range of products from large energy exploration support components and defence force equipment, down to the smallest of subsea electrical connectors.

It contains some of the world’s largest and deepest chambers that incorporate state of the art algorithms to precisely control pressure and temperature.

METHOD

This test involved conducting a series of hydrostatic pressure cycles on the sphere according to the ABS standard 0007/2017 “Rules For Building And Classing Underwater Vehicles, Systems And Hyperbaric Facilities”.

The testing procedure was particularly challenging

1) The sphere could not be subjected to any excessive loading or movement during testing and lifting operations. With only 20mm clearance between the sphere and the chamber there was a significant risk of damage if the lifting configuration was not correctly designed.

2) The chamber needed to be maintained to a tight temperature range of ~ +/-2.5 degrees celcius throughout all the test cycles otherwise it would be invalid.

Case study

Page 2: Case study Hydrostatic testing: Manned submarine sphere

OUTCOME

The hydrostatic chamber maintained the required pressure / temperature profile and upon removal from the chamber no leakage was observed. The temperature was very stable holding within +/-1 degree for the duration of the test. The lifting configuration worked perfectly in protecting the sphere from having any contact with the chamber wall.

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