meyer werft energy simulation for shipbuilding at meyer … · kurt sommer energy simulation in...

MEYER WERFTEnergy simulation for Shipbuilding at MEYER WERFT

Sion, 23/10/2017

Kurt Sommer Energy simulation in Papenburg 23/10/2017

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MEYER Group

Simulation Tasks

requirements for software

Agenda


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MEYER Group

several smaller enterprises


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1795 | Funded1975 | Removal from the city to the industrial area1986 | Building of the first covered building dock – Lengthening 19922002 | Building of the second covered building dock – Lengthening 20082011 | Building of Europe‘s largest laser centre

Shipyard History


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Since 1982 | Bernard MeyerSince 2004 | Lambert Kruse Since 2012 | Dr. Jan MeyerSince 2016 | Tim Meyer

• family owned in 6th generation

• 3300 employees

• High productivity, high quality

• two big dry docks, laser centre

MEYER WERFT today

NEPTUN WERFT in Rostock (500 employees) Luftbild: MEYER TURKU in Finnland (1350 employees)


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Array of products - Ship types

Cruise Ships River Cruise Ships (Cruise)Ferries

Passenger Ships Research Vessels Island Ferries

Gas Tankers Livestock Carriers Container Ships

Ships: 43 (+ 12) Ships : 68 Ships : 32

Ships : 24 Ships : 1 Ships : 29 (+ 1)

Ships : 56 (+ 1) Ships : 27 Ships : 4


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MEYER Group

Simulation Tasks


Agenda


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four phases

Pre contract Definition components

System designDevelopment systemDevelopment control and measurement strategy

Detailed design Development of control system

3D planningArrangement componentsAnalysis of detail problems


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software

• Microsoft Excel

requirements

• easy to handle

• quick results

• compare variants

pre contract phase

confusing, leads to mistakes


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requirements

• compare many variants

• detailed results

• consider temperatures

system design phase

unhandy

software

• Dymola

• APROS


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requirements

• dynamic behaviour

• consider controllers

• consider 3D piping plan

• analysis of dynamic behaviour of controlled system

detailed design phase

analysis for system design

software

• FlowMaster

• (Dymola)

• (APROS)


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requirements

• dynamic behaviour

• consider controllers

• consider 3D piping plan

3D flow

detailed 3D to be finished before

software

• CCM+


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MEYER Group

Simulation Tasks


Agenda


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four phases

Pre contract System design Detailed design 3D flow simulation

Non dynamic Non dynamic Dynamic Dynamic

Quick results Detailed results Detailed results Detailed results

Many variants Several variants Few variants One variant

0 D 1 D 1 D 3 D

No details Develop details Details available Details available


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requirements

• easy to handle

• use results from previous steps

• quick results

• reliable results

• detailed results if necessary

• detailed modelling only if necessary

aim for the future

use previous results, detailed results, avoid detailed modelling

Copyright MEYER WERFT GmbH & Co. KG, Papenburg, Germany. All rights reserved. This document is the sole intellectual propertyof MEYER WERFT GmbH & Co. KG and shall not be brought to the knowledge of any third parties neither in original nor by any reproduction and in each case neither as a whole nor in parts without the prior written consent of MEYER WERFT GmbH & Co. KG.

MEYER WERFT GmbH & Co. KG

Industriegebiet Sued

26871 PAPENBURG

GERMANY

Phone: + 49 4961 81-0

[email protected]

[email protected]

www.meyerwerft.com

meyer werft energy simulation for shipbuilding at meyer … · kurt sommer energy simulation in...

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