Curriculum Vitae. Full name: Address: Telephones: Residence: Army Obligations: Birth date and place: Contact info. ( ): Web: Driving License:

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1 Curriculum Vitae Personal Information Full name: Address: Telephones: Residence: Army Obligations: Birth date and place: Contact info. ( ): Web: Driving License: Dr. Evangelos V. Liarakos School of Architectural Engineering, Technical University of Crete (TUC), University Campus, Chania, Crete, Greece Work/University: , Mobile: Chania, Crete, Greece Fulfilled (Hellenic Army/Corps of signals and communications) 29 th September 1981, Chania, Greece Valid (until 29th Sep. 2046) Category: B ( 3500kg, 1+8 persons), Education / Academic degrees Feb Jan PhD studies. School of Architectural Engineering, Technical University of Crete. Ph.D. Dissertation Title: Damage detection in concrete structures using smart piezoelectric sensors as concrete s aggregates. Supervisor: Prof. Costas P. Providakis. Oct Sep MSc in Mechanics of Materials and Structures. Science Department, Technical University of Crete. M.Sc. Thesis Title: Numerical investigation of masonry failure criteria and strengthening methods. Supervisor: Assistant Prof. Maria E. Stavroulaki. Sep Jun Engineering Diploma in Mineral Resources Engineering. School of Mineral Resources Engineering, Technical University of Crete, Final Grade 7.28/10 (1st in 2005 graduation class). Diploma thesis title: Seismic analysis of underground reinforced concrete structures. Supervisor: Prof. Costas P. Providakis. Last update August /6

2 Research Activity Oct Sep Postdoctoral researcher. Research program title: Laser Scanning Vibrometry in Concrete and Masonry Non Destructive testing (LSV- CoMaND). Scientific supervisor: Prof. Costas P. Providakis. Funded by Technical University of Crete s Special Account for Research as postdoctoral research. More information: Deliverables: - 1 paper in scientific journal - 1 paper in conference proceedings - Project Report and scientific results demonstration Feb Jun Postdoctoral researcher in scientific fields of o Nondestructive testing of concrete and steel structures using custom made piezoelectric sensors o Finite element analysis of failure mechanism in concrete and masonry structures under dynamic loading, o Electromechanical systems dynamic response modeling and identification, o Laser Doppler Vibrometry application for mapping of cracks and flaws in concrete and masonry structural members. Collaboration with Applied Mechanics Laboratory (AMEL) of Technical University of Crete, under supervision of Prof Costas P. Providakis. Oct Oct Research Associate. Research program title: Damage detection in concrete structures using smart piezoelectric sensors as concrete s aggregates. Scientific supervisor: Prof. Costas. P. Providakis. Research Funding Program: Heracleitus II. Co-financed by the European Social Fund (ESF) and Greek national funds through the Operational Program "Education and Lifelong Learning" of the National Strategic Reference Framework (NSRF). Selected Achievements: - 3 papers in scientific journals - 4 papers in conference proceedings - Phd dissertation Oct Aug Research Associate. Research program title: Concrete Smart Aggregates: Development and evaluation of a monitoring system based on multi-functional piezoelectric sensors for the control of concrete structures. Scientific supervisor: Prof. Costas P. Providakis. Funded by TUC's Special Account for Research Grants. Selected Achievements: - 1 papers in workshop proceedings - Project Report and scientific results demonstration Last update August /6

3 Academic Teaching Experience Computer Skills Jul Jul Research Associate. Research program title: FEM simulation of masonry's mechanical behavior and contribution to holistic approach of heritage structures and monuments. Scientific supervisor: Assistant Prof. Maria E. Stavroulaki. Funded by TUC's Special Account for Research Grants. Selected Achievements: - 1 paper in scientific journals - 2 papers in conference proceedings - Project Report and scientific results demonstration - Master thesis Apr present (3 years and 4 months) Adjunct Lecturer. Applied Mechanics Lab, School of Architectural Engineering, Technical University of Crete. Lab lecturing and tutorial teaching in context of the following semester courses: Structural Mechanics, Part I & II, Concrete Technology and Steel Structures Analysis. Mar Oct (4 years and 6 months) Adjunct Lecturer. Applied Mechanics Lab, Department of Science, Technical University of Crete. Lab lecturing and tutorial teaching in context of the following semester courses: Strength of Materials, Structural Analysis-Statics (Finite elements method) and Concrete Technology. Operating Systems: 3D and 2D design: Finite element analysis: Programming: Office applications: Win 98-10, MS-DOS, Ubuntu , Fedora. Autocad , Autodesk Raster Design , Google Sketchup,. MSC Marc-Mentat , COMSOL v, PLAXIS, SAP2000 v9-15, ETABS v9-2013, stereostatika. MATLAB (Toolboxes: Statistics, Optimization, Curve Fitting, Image Processing), R-Rstudio, GNU Octave, MySQL, Fortran (Elementary skills), C (Elementary skills). MS Office , Wordpress web design. Last update August /6

4 Scholarships Languages skills (spring semester): Department of Science, TUC. Laboratory assistant scholarship funded by TUC's Special Account for Research Grants (winter semester): Department of Science, TUC. Laboratory assistant scholarship funded by TUC's Special Account for Research Grants (winter semester): Department of Science, TUC. Laboratory assistant scholarship funded by TUC's Special Account for Research Grants. Greek: Native English: Understanding Speaking Writing Oral Reading Spoken Interaction Spoken Production C2 C2 C2 C2 C2 Michigan Certification of Proficiency in English Trainings/ Certifications Key skills Training in laser scanning vibrometry applications and PSV-500H vibrometer usage. Polytec Inc training center, October 2014, Waldbronn (Karlsruhe), Germany. Certification in operation of materials testing machine SHIMADZU ΑG-X 100kN (Metallic specimens tension, compression of cement based specimens). November MATLAB/ R/ GNU-Octave programming for simulation and solution of physical problems. Experimental data post-processing and statistical analysis. Project report writing / Research results presentation. Finite Element Analysis (FEA) for the simulation of engineering structures mechanical behavior. FEA stress analysis for materials failure simulation (elasticplastic analysis, failure criteria, damage analysis) 2D and 3D professional AUTOCAD design (v ) Essential experience in experimental testing of material strength. Specimens preparing and operation of related equipment. o Torsion, fatigue and tension testing of metallic materials, o Compression and flexural (3-point bending) testing of brittle materials (concrete, rocks and wood). Design and fabrication of custom piezoelectric sensors for constructions dynamic motion monitoring. Design of monitoring Last update August /6

5 grids. Nondestructive evaluation of materials (Impulse-Echo, Ultrasonic testing, Tomography). Scanning Laser Doppler Vibrometry Experimental Modal Analysis. Concrete fabrication and sampling. Publications in peer reviewed journals Liarakos EV and Providakis CP. Concrete damage mapping combining Laser Scanning Vibrometry, dynamic response modeling and Kriging spatial regression. Journal Paper, (Manuscript under preparation). Providakis C, Tsistrakis S, Voutetaki M, Tsompanakis J, Stavroulaki M, Agadakos J, Kampianakis E, Pentes G and Liarakos EV, An Innovative Active Sensing Platform for Wireless Damage Monitoring, Current Smart Materials Journal ; Providakis CP and Liarakos EV, Web-based concrete strengthening monitoring using an innovative electromechanical impedance telemetric system and extreme values statistics. Structural Control and Health Monitoring; 21: Providakis CP, Liarakos EV and E. Kampianakis, Nondestructive Wireless Monitoring of Early-Age Concrete Strength Gain Using an Innovative Electromechanical Impedance Sensing System. Smart Materials Research; Vol doi: /2013/ Stavroulaki ME and Liarakos VB., Dynamic analysis of a masonry wall with reinforced concrete lintels or tie-beams. Engineering Structures; 44 : Providakis CP and Liarakos EV, T-WiEYE: An early-age concrete strength development monitoring and miniaturized wireless impedance sensing system. Engineering Procedia; Conferences Liarakos EV and Providakis CP, Non-contact control and damage diagnosis in concrete elements applying Laser Scanning Vibrometry (LSV) technique. 18th Conference on Concrete Sustainable construction out of concrete and the contribution of the cement technology to environmental protection March 2018, Athens, Greece. (Abstract accepted). Providakis CP, Liarakos EV and Providakis SC, Preliminary GIS based seismic risk scenarios with application to the old town of Chania. 1st International Conference on Natural Hazards and Infrastructure: Protection, Design, Rehabilitation (ICONHIC 2016), Chania, Greece, June Providakis CP, Mousteraki M, Tsistrakis S and Liarakos EV, Contactless detachment identification in frescoes utilizing a Scanning Laser Doppler Vibrometer. 8 th European Workshop on Structural Last update August /6

6 Health Monitoring, Bilbao, Spain, 5-8 July Liarakos EV and Providakis CP, A miniaturized early age concrete strengthening and hydration monitoring system based on piezoelectric transducers. 10th HSTAM International Congress on Mechanics, Crete, Greece May, Providakis CP and Liarakos EV, T-WiEYE early-age concrete monitoring sensor: Computer modeling and simulation. International Conference on Computational and Experimental Engineering and Science (ICCES 12), Crete, Greece, May-June Providakis CP and Liarakos EV, 2011 T-WiEYE: An early-age concrete strength development monitoring and miniaturized wireless impedance sensing system. ICM 11, Lake Como, Italy, 5-9 June, Providakis CP, Liarakos EV. and Voutetaki M, Damage detection in concrete components using PZT actuators/sensors and extreme value statistics. 9th HSTAM International congress in mechanics, Limassol, Cyprus, July, Providakis CP and Liarakos EV, Early age concrete strength monitoring using embedded smart aggregates as sensors. Structural Health Monitoring 2010: Proceedings of the Fifth European Workshop; DEStech Publications, Inc, July Stavroulaki ME. and Liarakos EB, Parametric finite element analysis of masonry structures using different constitutive models. 6th GRACM International Congress on Computational Mechanics, Thessaloniki, Greece, June, Stavroulaki ME and Liarakos EB, Parametric dynamic analysis of a masonry wall with lintels of reinforced concrete over the openings. ECCOMAS Thematic Conference on Computational Methods in Structural Dynamics and Earthquake Engineering, Rethymno, Greece, June Liarakos EB Tsompanakis Y, Providakis CP and Stavroulaki ME, Dynamic interaction of tunnels and surface structures. ECCOMAS Thematic Conference on Computational Methods in Structural Dynamics and Earthquake Engineering, Rethymno, Greece, June Professional Membership Member of Technical Chamber of Greece (Registered as Mining and Metallurgy Engineer - October 2005) Last update August /6