Principal Engineer

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Telefon: +49 (0) 211 965 89 16

Faks: +49 (0) 211 965 89 29

Telefon komórkowy: +49 (0) 172 2 08 44 30

Informacje:

Profile

Mr. Harling specializes in structural engineering with an emphasis on failure investigations and maintenance activities (inspection, acceptance) of antenna carriers since 1995. His experience includes investigations about flaws and failures of all kinds of antenna carriers, in detail concrete towers (large TV-towers / radio towers), prestressed centrifugally concrete masts, steel masts (lattice and tube). He is also an expert for the special requirements of the extension of existing tower structures (chimneys, wind power stations) with antennas. His background is basing on numerous static calculations, design reviews and assessment of structural behaviour of tower structures using nonlinear static and dynamic analysis techniques. Mr. Harling is doing his doctorate about „ Design of centrifugally concrete masts - Close to reality limitation of cracking and deformation” at the Technical University of Dortmund, Germany. Since 2009 he is also state registered expert for antenna carrier structures (publicy appointed and sworn by the “Ingenieurkammer Bau NRW”, March 2009).

Credentials and Professional Honors

• Dipl.-Ing. Konstruktiver Ingenieurbau, Universität Dortmund

Licenses and certifications

• State registered expert for antenna carrier structures, Ingenieurkammer Bau NRW 2009

Professional Affiliations

• Ingenieurkammer Bau NRW
• Förderverein Mobilfunk Bautechnik

Publications

• P. Noakowski, A. Harling, M. Breddermann, M. Rost. Wind power stations -Environment, assessment, future aspects, 2009
• A. Harling. Chmineys as antenna carriers – Pitfalls of the structural behaviour, danger due to hidden flaws, proved strengthening methods
  Förderverein Mobilfunk Bautechnik 2009
• A. Harling, P. Noakowski. Quality assurance of antenna carriers – Foundations, steel lattice mast, chimneys
  Symposium DFMG 2008
• P. Noakowski, A. Harling, M. Breddermann, M. Rost. Strengthening of tower-like structures - Typical impairment and the corrections
  VDI Bautechnik, annual 2008
• A. Harling. Antenna carriers – state of the art; Design, Assessment, Quality assurance and trends
  Symposium FOSTA 2006
• P. Noakowski, A. Harling, M. Breddermann, M. Rost. Industrial tower structures - Assessment basis of CICIND, DIN EN 13084 and DIN V 1056
  Betonkalender 2006 (Jubiläumsausgabe)
• P. Noakowski, A. Harling, M. Breddermann, M. Rost. Antenna carriers of steel tubes - Fatigue failure behaviour due to votex shedding
  Cicind Report vol. 21, 2006
• P. Noakowski, A. Harling, M. Breddermann. Cracks in tower structures
  Beton- und Stahlbetonbau, Heft Juli 2005
• P. Noakowski, A. Harling, M. Breddermann , M. Rost, S. Potratz, H. Leszinski. Strengthening of tower-like structures
  Beton- und Stahlbetonbau, Heft Oktober 2003
• P. Noakowski, A. Harling, M. Breddermann, M. Rost. Cracks in Masts of Centrifugal Concrete - Quality Assurance in Comparison to Structures of Low Strength Concrete
  6th International Symposium on Utilization of High Strength / High Performance Concrete, 2002
• P. Noakowski, A. Harling, M. Rost. Stabilisation of chimney with steel tubes
  Research project FOSTA
• P. Noakowski, A. Harling, M. Breddermann. Repair of an aged chimney – H = 136 m, Erlangen Germany
  54th CICIND – Meeting, Perugia 2000