Hans A Eschenauer

Hans A Eschenauer was born in 1930. After finishing high school, he was first trained as machine fitter and then decided to study Theoretical Mechanical Engineering at the Technical University of Berlin. After graduating as Dipl-Ing (MSc) in 1957, he worked in different development departments of industrial companies. In 1963 he became scientific assistant at the Technical University of Darmstadt, where he received his Doctor of Engineering (Dr-Ing) degree in the field of Mechanics in 1968. After further industrial employment with Krupp Industries as Head of the Antenna Structures and Advanced Technologies Department in Duisburg, he was appointed Full Professor for Mechanics at the University of Siegen in 1975, where he gave courses on Mechanics and Applied Mechanics with special emphasis on fundamentals, plates, shells, and structural optimization. His main research activities were in the fields of Multiobjective,...

1.
Eschenauer
H
, and
Henning
G
(
1976
),
Parameterstudie u¨ber das Schwingungsverhalten regelbarer Großantennen mit Hilfe dynamischer Ersatzmodelle
,
Tech. Mitt. Krupp-Forsch. Ber., Bd
,
34
,
81
97
.
2.
Eschenauer
H
, and
Kenn
K-H
(
1971
),
U¨ber die Projekt-Definitionsphase des mechanischen Systems einer Magnetfeldsimulationsanlage
,
Techn. Mitt. Krupp, Forsch.-Ber. Bd
,
29
,
119
132
.
3.
Eschenauer HA, Koski J, and Osyczka A (eds) (1990), Multicriteria Design Optimization—Procedures and Applications, Springer, Berlin, Heidelberg, New York, 486 p.
4.
Bremicker M, Eschenauer HA, and Post PU (1989), On a decomposition technique within the scope of a design optimization process, Discretization Methods and Structural Optimization—Procedures and Applications, HA Eschenauer and G Thierauf (eds), Lecture Notes in Engineering, Springer, Berlin, Heidelberg, New York, 87–94.
5.
Eschenauer HA, Geilen J, and Wahl H-J (1993), SAPOP—An optimization procedure for multicriteria structural design, Software Systems for Optimization, K Schittkowski and H Ho¨rnlein (eds), Birkha¨user, Basel, ISNM-Volume.
6.
Eschenauer H and Weinert M (1995), Multikriterien-Optimierung in Anwendung auf die Auslegung optischer Spiegel, Evolution und Optimierung—Strategien in Natur und Technik, V Kull, E Ramm, and R Reiner (eds), S Hirzel, Stuttgart, 95–106.
7.
Eschenauer HA and Wodtke H-W (1993), Optimal design with damping materials for vibration reduction, Optimum Design with Advanced Materials, P Pedersen (ed), Elsevier, Amsterdam, 235–246.
8.
Eschenauer HA and Vietor T (1993), Optimization of components made of brittle materials, Optimum Design with Advanced Materials, P Pedersen (ed), Elsevier, Amsterdam, 469–484.
9.
Eschenauer HA, Schuhmacher G, and Krammer J (1995), Mathematical Treatment of a Tape-Laying Process for CFRP-Shells within an Optimization Procedure, Proc of WCSMO-1, N Olhoff, GIN Rozvany (eds), Pergamon, Elsevier Science.
10.
Eschenauer
HA
, and
Beer
R
(
1995
),
Multicriteria optimization of inhomogeneous cylindrical cast components with temperature-dependent material properties
,
Z. Angew. Math. Mech.
,
75
,
SII, S583–S584
SII, S583–S584
.
11.
Eschenauer
HA
, and
Vermeulen
PJ
(
1986
),
Contribution to the optimization of a novel solar energy collector
,
ZFW
,
10
(
3
),
190
198
.
12.
Eschenauer HA (1998), Development of highly precise radiotelescopes—A typical multidisciplinary problem, Optimization in Industry-1997, A Belegundu and F Mistree (eds), ASME/EF, New York, 13–30.
13.
Eschenauer HA and Schumacher A (1997), Topology and shape optimization procedures using hole positioning criteria—Theory and applications, CISM Courses and Lectures No 374: Topology Optimization in Structural Mechanics, G Rozvany (ed), Springer, Wien, New York, 135–196.
14.
Eschenauer
HA
, and
Olhoff
N
(
2001
),
Topology optimization of continuum structures—A review
,
Appl. Mech. Rev.
,
54
(
4
),
331
390
.
15.
Vietor T (1992), An augmented optimization procedure for stochastic optimization and its application to design with advanced materials, System Modelling and Optimization, P Kall (ed), Springer-Verlag, 943–952.
16.
Eschenauer HA, Schumacher A, Ho¨nlinger H and Kießling F (1998), Multidisciplinary optimization strategy—Tool for an efficient design process of large-scale aircraft, CD-ROM-Proc, 7th AIAA/USAF/NASA/ISSMO Symp on Multidisciplinary Analysis and Optimization, Sept 2–4, 1998, St Louis, MO, WIP-Paper No AIAA-98-4823, 924–927.
17.
Eschenauer HA, Grauer M, and Barth T (1999), Cluster computing for treating MDO-problems by OPTIX, 1999 Deutscher Luft- und Raumfahrt-Kongress, Jahrbuch, Band I, II, CD-ROM, 789.
18.
Eschenauer HA and Bellendir K (1993), Optimal design of composite lightweight rollers, Advances in Design Automation, BJ Gilmore, DA Hoeltzel, S Azarm, and HA Eschenauer (eds), DE-Vol 65-2, Vol 2, 139–147.
19.
Eschenauer HA, Beer R, Lautenschlager U, and Hillmer P (1994), On the modeling and optimization of a pressure gas insulation component—A multidisciplinary optimization task, A Collection of Technical Papers, Part 2 (Proc of 5th AIAA/USAF/NASA/ISSMO Symp on Multidisciplinary Analysis and Optimization), AIAA, (ISBN 1-56347-097-7), 423–433.
20.
Eschenauer HA, Rottler A, Dragos R, Bieker G, and Flach M (2000), Dynamic behavior and durability of rail vehicle components, ICTAM 2000–20th Int Congress of Theoretical and Applied Mechanics, Aug 22–Sept 2, 2000, Chicago, IL, CD-ROM.
21.
Eschenauer HA, Rottler A, Idelberger H, and Weinert M (2001), Development of a procedure to derive damage equivalent simplified load time histories, 2nd Max-Planck-Workshop on Engineering Design Optimization, Oct 12–14, 2001, Nyborg, Denmark, Proc, 98–102.
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