Academic studies:	Aeronautical Engineering at the Technische Universität München
Graduation:	A Knowledge Based Approach for Advanced Physics-Based Wing Mass Estimation in Early Design Stages
Occupation at the institute
Position:	Scientific employee, dep.:  Integrated Aircraft Design
Fields of resarch:	Aircarft Design, Wing, Systems, Structure, Aerodynamics, High Lift,  Landing Gear
Teaching:	Methods of Aircfaft Design I
Publications:	F. Dorbath, L. van Veen, U. Gaida, Wing Secondary Structure -  Large Civil Jet Transport (MTOM > 40t) - Statistical Mass Estimation, Luftfahrttechnisches Handbuch (LTH), Band Masseanalyse, 2012 F. Dorbath, B. Nagel, V. Gollnick, A Knowledge Based Approach for Extended Physics-Based Wing Mass Estimation in Early Design Stages, 28th International Congress of the Aeronautical Sciences (ICAS), 2012 F. Dorbath, B. Nagel, V. Gollnick, Comparison of Beam and Shell Theory for Mass Estimation in Preliminary Wing Design, 2nd Aircraft Structural Design Conference, 2010   F. Dorbath, B. Nagel, V. Gollnick, A knowledge based approach for automated modelling of extended wing structures in preliminary aircraft design, 60. Deutsche Luft- und Raumfahrtkongres, 2011 Dorbath, U. Gaida, Large Civil Jet Transport (MTOM > 40t) - Statistical Mass Estimation, Luftfahrttechnisches Handbuch (LTH), Band Masseanalyse, 2011 F. Dorbath, B. Nagel, V. Gollnick, Implementation of a Tool Chain for Extended Physics-Based Wing Mass Estimation in Early Design Stages, 71th Annual Conference of Society of Allied Weight Engineers (SAWE), 2012 D. Böhnke, F. Dorbath, B. Nagel, V. Gollnick, Multi-Fidelity Wing Mass Estimation Based on a Central Model Approach, 71th Annual Conference of Society of Allied Weight Engineers (SAWE), 2012