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CFX / MIR / Ansys / Foam / Finite element method / Bathyscaphe Trieste / Submarine / Watercraft / Numerical analysis / Calculus


MARINE DEEP DIVE ANSYS software helped in designing a deep-sea submersible to reach the lowest point on earth. By Phil Durbin, Managing Director, and Michele Durbin, Business Director
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Document Date: 2013-07-31 03:43:58


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City

Trieste / /

Company

ANSYS INC. / Finite Elements (Australia) Pty Ltd / Finite Elements / Business Director Finite Elements (Australia) Pty Ltd / /

Country

United States / Guam / Australia / Papua New Guinea / /

EntertainmentAwardEvent

the 2012 Australian International Design Awards / /

Event

Reorganization / /

Facility

Pennsylvania State University / /

IndustryTerm

foam manufacturing process / fastener systems / syntactic foam manufacturing process / metal frame / manufacturing method / alloy steel / metal-to-metal contact surfaces / steel suppliers / deep-sea equipment / manufacturing team / /

NaturalFeature

Pacific Ocean / /

Organization

the Pennsylvania State University / Pennsylvania State University / /

Person

James Cameron / Phil Durbin / Ron Allum / James Cameron Flow / Michele Durbin / Rob Mitchell / /

Position

Managing Director / senior simulation engineer / ian film director / mechanical and structural engineering advisor / /

ProvinceOrState

Tasmania / /

PublishedMedium

NATIONAL GEOGRAPHIC / /

Technology

3-D / fracturing / simulation / CAD / /

URL

www.finiteelements.com.au / www.deepseachallenge.com / /

SocialTag