
8th European Workshop On Structural Health Monitoring (EWSHM 2016)
5-8 July 2016, Spain, Bilbao
Right Now in Bilbao 23:00 Mon 9
11:40 Thursday 7. Jul - A1
Ultrasonic Guided Wave Simulation Performance Evaluation for QNDE-SHM Processes

Authors
Ravi, Nitin Balajee*Ravi, Nitin Balajee*nitinb@aero.iisc.ernet.in
9686116622
Biography:
Nitin is a PhD student in the Department of Aerospace Engineering at Indian Institute of Science, Bengaluru, India. He is working under the guidance of Prof. D. Roy Mahapatra and is part of the iMEMS Group.
Affiliation:
Indian Institute of Science (IISc)
Department of Aerospace Engineering
560012 Bengaluru
India
Other Presentations:
Thu 7. 11:20, A1
Session: SHM Simulation
Title: A Study on Effectiveness of an SHM Sensor System for Fatigue Damage Inspection

Thu 7. 11:00, A1
Session: SHM Simulation
Title: Simulation based Optimization of Sensor Network for SHM of Complex Structures

Thu 7. 09:50, A1
Session: SHM Simulation
Title: Simulation of SHM System Solutions Based on Commercial Software Packages

nibir.chakraborty@aero.iisc.ernet.in
Biography:
Nibir is Senior Research Fellow in iMEMS Group at Department of Aerospace Engineering in Indian Institute of Science, Bengaluru.
Affiliation:
Indian Institute of Science (IISc)
Department of Aerospace Engineering
560012 Bengaluru
India
Other Presentations:
Thu 7. 09:00, A1
Session: SHM Simulation
Title: Integration of Non-Destructive Evaluation based Ultrasonic Simulation (INDEUS) – A Means for Simulation in SHM

Thu 7. 11:20, A1
Session: SHM Simulation
Title: A Study on Effectiveness of an SHM Sensor System for Fatigue Damage Inspection

Thu 7. 11:00, A1
Session: SHM Simulation
Title: Simulation based Optimization of Sensor Network for SHM of Complex Structures

Thu 7. 09:50, A1
Session: SHM Simulation
Title: Simulation of SHM System Solutions Based on Commercial Software Packages

droymahapatra@aero.iisc.ernet.in
+918022932419
Biography:
Prof. Roy Mahapatra is with Department of Aerospace Engineering, Indian Institute of Science Bangalore. He obtained his undergraduate degree in Civil engineering in 1998 and a PhD in Aerospace Engineering in 2004 from IISc Bangalore. His research interests are in mechanics of materials, mathematical modeling, wave propagation, smart materials for sensors and actuator applications, integrated nano and micro-scale systems dynamics and their applications in health monitoring, diagnostics of materials and structures. He has extensively published in these areas and also worked with industries. He currently leads a large research group at IISc Bangalore focusing on integrative aspects of materials, simulations and complex systems.

Affiliation:
Indian Institute of Science
Aerospace Engineering
560012 Bengaluru
India

Other Presentations:
Thu 7. 11:20, A1
Session: SHM Simulation
Title: A Study on Effectiveness of an SHM Sensor System for Fatigue Damage Inspection

Thu 7. 11:00, A1
Session: SHM Simulation
Title: Simulation based Optimization of Sensor Network for SHM of Complex Structures

Thu 7. 09:50, A1
Session: SHM Simulation
Title: Simulation of SHM System Solutions Based on Commercial Software Packages

ramanan.sridaran@uni-saarland.de
068130264188
Biography:
I have completed Masters in Nondestructive Testing and i am about to complete my Ph.d in ultrasonic testing from chair of NDT, Saarland university, Germany

Affiliation:
Saarland University
LZfPQ (Chair of Nondestructive Testing)
66125 Saarbruecken
Germany
068130264188
068130264100

Other Presentations:
Thu 7. 09:00, A1
Session: SHM Simulation
Title: Integration of Non-Destructive Evaluation based Ultrasonic Simulation (INDEUS) – A Means for Simulation in SHM

Thu 7. 12:20, A1
Session: SHM Simulation
Title: Sensor placement technique using BaTiO3/epoxy resin piezoelectric composite sensors based on differential imaging method for damage detection in structural health monitoring

Thu 7. 11:20, A1
Session: SHM Simulation
Title: A Study on Effectiveness of an SHM Sensor System for Fatigue Damage Inspection

Thu 7. 09:50, A1
Session: SHM Simulation
Title: Simulation of SHM System Solutions Based on Commercial Software Packages

c.boller@mx.uni-saarland.de
+49-681-302-64100
Biography:
Christian Boller holds a chair in Non-Destructive Testing (NDT) and Quality Assurance at Saarland University in Saarbruecken/Germany and is also a Director at the Fraunhofer Institute of Non-Destructive Testing based in Saarbrücken/Germany since 2008. He received an engineering diploma in structural engineering from Darmstadt Technical University as well as an engineering doctoral degree in material mechanics from the same institution. He held various posts in research and development with Battelle, MBB, Daimler-Benz and EADS in Frankfurt/Main, Ottobunn/Munich and Stuttgart respectively, before being appointed a chair in smart structural design at the University of Sheffield/UK in 2003. Professor Boller is a member of various scientific committees and societies and has published and edited a multitude of articles and books in the area of fatigue and fracture, smart structures, structural health monitoring (SHM) and micro aerial vehicles, including Encyclopedia on Structural Health Monitoring. He has become the major organiser of a variety of international conferences such as European Workshop on SHM, NDT in Aerospace or NDT for the Energy Industry to just name a few. His major research areas of interest include SHM inspired by NDT and integrated into structural life cycle management as well as robotic inspection systems. Professor Boller is also a visiting professor at the School of Aeronautics at the Nanjing University of Aeronautics and Astronautics in Nanjing/China.

Affiliation:
Universität des Saarlandes
Materials Science, LZfPQ
66125 Saarbrücken
Germany
+49-681-302-64100
+49-681-302-4859

Other Presentations:
Thu 7. 09:00, A1
Session: SHM Simulation
Title: Integration of Non-Destructive Evaluation based Ultrasonic Simulation (INDEUS) – A Means for Simulation in SHM

Thu 7. 12:20, A1
Session: SHM Simulation
Title: Sensor placement technique using BaTiO3/epoxy resin piezoelectric composite sensors based on differential imaging method for damage detection in structural health monitoring

Thu 7. 11:20, A1
Session: SHM Simulation
Title: A Study on Effectiveness of an SHM Sensor System for Fatigue Damage Inspection

Thu 7. 12:20, A3B
Session: Signal processing techniques.
Title: Damage feature extraction from measured Lamb wave signals using a model-based approach

Thu 7. 09:50, A1
Session: SHM Simulation
Title: Simulation of SHM System Solutions Based on Commercial Software Packages
