FP7-5TH SPACE CALL - SPACE RESEARCH AND TECHNOLOGY AT FRAUNHOFER EMI

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1 FP7-5TH SPACE CALL - SPACE RESEARCH AND TECHNOLOGY AT FRAUNHOFER EMI Vorbereitung auf die 5. Ausschreibung für Raumfahrt im 7. EU Forschungsrahmenprogramm, DLR Raumfahrt-Agentur, Bonn Bonn, Dr. Frank Schäfer [email protected] Martin Rudolph [email protected]

EU Forschungsrahmenprogramm, DLR Raumfahrt-Agentur, Bonn Bonn, 25.05.

2 Fraunhofer EMI An institute for applied physics and engineering Fraunhofer EMI 300 Employees Budget 20 M 3 Locations Topics Freiburg Shock wave and impact physics Material sciences Computational Physics Safety technologies High-speed measurement techniques Efringen-Kirchen Kandern Fraunhofer EMI Fraunhofer Ges ells chaft Europe's largest organization for applied research 59 Fraunhofer Institutes 17,000 employees Research budget 1.5 B Offices in Europe, USA, Asia, Middle East

measurement techniques Efringen-Kirchen Kandern Fraunhofer EMI Fraunhofer Ges ells chaft Europe's largest organization

3 Facts on Fraunhofer EMI Business segments Defence Security Automotive Space

4 Facts on Fraunhofer EMI Business segments Defence Security Automotive Space

A B C D E F G H I T J K E1 = E3 + E4 + E5 + E6 E3 = E8 E9 Reducing satellite vulnerability against impacts Impact Risk-/Vulnerability modeling Reducing vulnerability Protection concepts Shielding

Payload Thermal Failure Failure Handling Failure Failure Failure E 3 E 4 E 5 E 6 E 7 and or or Heatpipe RF Harness Battery E-Box Thruster Momentum Failure Contol Failure E 8 E 9 Power Data or Harness

5 A B C D E F G H I T J K E1 = E3 + E4 + E5 + E6 E3 = E8 E9 Reducing satellite vulnerability against impacts Impact Risk-/Vulnerability modeling Reducing vulnerability Protection concepts Shielding technologies Integrated sensor systems S/C Bus Failure or S/C Mission Failure (orbital debris) ADCS Power Command & Data Comm. Payload Thermal Failure Failure Handling Failure Failure Failure E 3 E 4 E 5 E 6 E 7 and or or Heatpipe RF Harness Battery E-Box Thruster Momentum Failure Contol Failure E 8 E 9 Power Data or Harness Harness Boolean Algebra T = E1 + E2 Prop.Tank CMG E 2 = E 7 +J or S/C Payload Failure E 1 E 2 or Hypervelocity Impact Testing (c) OHB-System PNP Fuel Pipe Thruster E4 = E + F E5 = G + H E6 = I E7 = K E8 = A + B + C E 9 = D Failure mechanisms Verification of concepts Qualification of shields

6 Key technologies for in-space activities Next generation habitats: Inflatable modules Usage: manned spaceflight, orbital or planetary stations Advantages: Light-weight, large orbital volume, small package,no stiffness req. for launch Research interest: materials, packaging, deployment, protection (debris, radiation) EMI heritage: debris protection, material modelling (c) NASA MLI Debris protection Structural restraint Air containment, fire and puncture protection (c) NASA Role: Team member or coordinator

for launch Research interest: materials, packaging, deployment, protection (debris, radiation) EMI heritage: debris protection,

Key technologies for in-space activities New concepts for launch of small sub-orbital payloads Light gas guns provide high altitude capability for small payloads Inflatable spheres and mylar chaff

7 Key technologies for in-space activities New concepts for launch of small sub-orbital payloads Light gas guns provide high altitude capability for small payloads Inflatable spheres and mylar chaff clouds for meteorological missions Compact sensors for geophysical or astrophysical sciences Hypersonic flight & re-entry experiments Thermal Protection Sabot Socket Pusher-Plate Sabot Technology under development at EMI Projectile Tip Battery Instruments Payload Thermal Protection Role: Team member or coordinator

for geophysical or astrophysical sciences Hypersonic flight & re-entry experiments Thermal Protection Sabot Socket Pusher-Plate

8 Fraunhofer Innovation Cluster Future Urban Security BW Lead by Fraunhofer EMI; Wholistic approach to Urban Security and Resilience Baseline: Prevent, Protect, Recover Goal: Products and Services for the Security Market Protection and resilience in urban infrastructures Support of emergency response units Detection and neutralisation of explosives and dangerous substances Integrierte, innovative Sicherheitstechnologien

Security Market Protection and resilience in urban infrastructures Support of emergency response units

9 Fraunhofer Innovation Cluster Future Urban Security BW Strong partners in public authorities, research, and industry

Security Research Situational awareness in large-scale critical infrastructure Sensor networks for tunnel security BMBF project AISIS (2009-2011) Sensors for the detection of explosions assessment of

10 Security Research Situational awareness in large-scale critical infrastructure Sensor networks for tunnel security BMBF project AISIS ( ) Sensors for the detection of explosions assessment of residual load-carrying capability of building structure Energy-autarkic wireless sensor network I/F to building management system and security center Automatic data assessment and generation of a situational awareness report Reports for emergency response units

capability of building structure Energy-autarkic wireless sensor network I/F to building management system and

fire brigades, ambulance, police, THW Security Research Situational awareness in large-scale critical infrastructure AISIS das Informationsgewinnungs- und Lagebewertungssystem Monitoring of

11 fire brigades, ambulance, police, THW Security Research Situational awareness in large-scale critical infrastructure AISIS das Informationsgewinnungs- und Lagebewertungssystem Monitoring of Explosions Data transfer in large tunnels Situational Awareness Report Alarming and support of res cue units Wireless sensor node, integrated in tunnel wall 100kPa Signal of a recorded explosion ms Befestigungspunkte für Funksensoren in einer Tunnelwand AISIS Server: H/W and S/W Interfaces * 0 # BMZ Brandmeldezentrale Building management system

Alarming and support of res cue units Wireless sensor node, integrated in tunnel wall 100kPa Signal of a recorded explosion ms

satellites Ground Sensor Network - environmental monitors - autonomous Internet Data Center - data fusion

12 Research and development for in-situ component Combination of ground- and satellite-based data Distributed Ground Sensor Network Disaster monitoring with sensors Earth Observation Satellites Optical or Radar satellites Ground Sensor Network - environmental monitors - autonomous Internet Data Center - data fusion - data archiving Role: Team member Interface - user-specific reports - H/W and S/W IF - Emergency Response Units

13 Research and development for in-situ component Combination of ground- and satellite-based data Distributed Ground Sensor Network Disaster monitoring with sensors Earth Observation Satellites Optical or Radar satellites Potential EMI Contributions Ground Sensor Network - environmental monitors - autonomous Internet Data Center - data fusion - data archiving Role: Team member Interface - user-specific reports - H/W and S/W IF - Emergency Response Units

Potential EMI Contributions Ground Sensor Network - environmental monitors - autonomous Internet Data Center -

14 EMI experience in FP7 3 Projects FP7-SPACE (Kicked off: P2ROTECT, ReVuS; 1 Project in negotiation) EMI Role: Junior Partner 6 Projects FP7-SECURITY (2 Projects running; 4 in negotiation) EMI Role (5 projects): Junior Partner EMI Role (1 Project): Coordinator

Partner 6 Projects FP7-SECURITY (2 Projects running; 4 in

15 Contact Fraunhofer EMI (Ernst-Mach-Institut) Dr. Frank Schäfer - [email protected] Tel Martin Rudolph - [email protected] Tel Eckerstr Freiburg

fraunhofer.de Tel. 0761-2714-421 Martin Rudolph - martin.

Space Work Programme 2015

Space Work Programme 2015 Space Work Programme 79 billion from 2014 to 2020 2 There is a place for SPACE everywhere 3 Space in Horizon 2020 Four objectives (specific programme) 1. Enhance competitiveness, non-dependence, and innovation