The document discusses various technologies for naval ship design and damage control, including: 1. Integrated sensor masts and vulnerability reduction measures to protect against threats. 2. Decision support systems to help damage control officers make rapid decisions during incidents based on sensor data. 3. Modeling approaches to analyze vulnerability reduction measures across all aspects of ship design in an integrated way to optimize protection and costs. 4. Robust automation and intelligent distributed control systems to increase availability of systems and reduce crew needs.

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Air Defence & Command FrigateWalrus class submarineHolland class patrol ship
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INTEGRATED SENSOR MAST
MAST & ANTENNA VULNERABILITY
DESIGN OF OPERATIONAL SPACES
VULNERABILITY REDUCTION MEASURES
DAMAGE CONTROL DECISION SUPPORT
OPERATIONAL REQUIREMENTS
FIRE FIGHTING SYSTEM
COMMUNICATION NETWORK SIMULATION
WIRELESS COMMUNICATION
VULNERABILITY MODELLING
ROBUST AUTOMATION
GUN POSITIONS
LIFE CYCLE COST ANALYSIS
REDUCED MANNING
COMMUNICATION PERFORMANCE
ELECTRONIC SUPPORT MEASURES
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Air Defence & Command FrigateWalrus class submarineHolland class patrol ship

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COMMUNICATIONS
BALLISTIC MISSILE DEFENCE
REDUCED MANNING
APAR
EO SENSOR PERFORMANCE
CAMERA SIGNAL CONDITIONING
UNDERWATER ACOUSTICS
SONAR
BLANKING SYSTEM
BLAST - VULNERABILITY
BLAST RESISTANT DOORS & WALLS PROTECTION HULL
RADAR PERFORMANCE
UNDERWATER SHOCK HARDENING
FIRE FIGHTING SYSTEM
DAMAGE CONTROL
INTELLIGENT SYSTEMS
LIFE CYCLE COSTING
PROTECTION INSIDE
PROTECTION DECK
LASER RANGE PROFILER
SEARCH LIDAR
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Air Defence & Command FrigateWalrus class submarineHolland class patrol ship

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CORROSION PROTECTION INSIDE
CORROSION PROTECTION OUTSIDE
STRENGTH PRESSURE HULL
SIGNATURE (ACOUSTIC, RADAR, IR, MAGNETIC)
SENSOR PERFORMANCE PREDICTION (SONAR, RADAR, EO)
FLANK EN TOWED ARRAY PROCESSING
LFAS ASW RESEARCH
HUMAN FACTORS
OPTRONICS & IMAGE ENHANCEMENT
UNDERWATER WARFARE TESTBED
TORPEDO DEFENCE
UNDERWATER COMMUNICATION
BATTLESPACE PREPARATION
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Technology
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Fire fighting techniques
Integral design of FF techniques for specific ship designs
Passive measures (i.e. isolation) balanced with active means
New, innovative solutions:
Use of water mist (curtains)
High quality new materials for isolation
Cool gas generators
Leading to an optimal infrastructure for FF by analysis with validated
simulation models
andre.vanerkel@tno.nl
+31 888 66 1349
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Technology
Solutions
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Decision support for damage control and recoverability
During incidents on board ships damage control officers are faced with
the need for a rapid succession of complex decisions based on scarce
and incomplete information
Decision support for damage control
Intelligent fire fighting and damage control plots determine the location
of fire based on sensor information and suggest optimum routes for fire
fighting or evacuating crew or passengers
Andre.vanerkel@tno.nl
Fire location
Blockades
Attack routes
Evacuation routes

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Technology
Solutions
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Vulnerability reduction measures
Ballistic protection
Blast resistant walls and doors
Protection against IEDs
Fire protection
Fast analysis tool Resist Lite
Naval ships / off-shore platforms / Mega yachts
Affordable and lightweight Resilience Enhancement
Proven and applied products dedicated for each customer
Andre.vanErkel@tno.nl
+31 888 66 1349
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Advanced FE/CFD codes
Unique testing facilities

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Technology
Solutions
Info
Media
Downloads
Brochure in PDF
format
Vulnerability reduction by integral modeling /
RESIST
Integral modelling of all elements of passive and active vulnerability
reduction
For use by ships designers
Model shows how design decisions on one aspect impacts decisions on
other aspects. The resulting ship’s design is more efficient & effective w.r.t.
vulnerability reduction
Aspects accounted for in our integral approach:
Cost analysis
Man / machine optimization
Intelligent decision support measures for blast, fragments, shock &
fire
Optimum Damage Control crew and optimum extinguishing means
andre.vanerkel@tno.nl
+31 888 66 1349
Integral modeling of all aspects of passive
and active vulnerability reduction

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Technology
Solutions
Info
Media
Downloads
Brochure in PDF format
Robust Automation - Intelligent Distributed
Control
To increase availability of sensor and weapon systems and reduce
manpower robust automation with intelligent distributed control are
developed
No central computer – distributed sensors & actuators
Self-configurable – autonomous behavior
Isolate damage & reconfigure network
Naval Platforms: chilled water – electricity – fire mains – pressure
system
Process industry – oil rigs, refinery plants
ton.vankoersel@tno.nl
+31 888 66 40 17