108 / 308
108
Aerodynamics and Fluid Mechanics
Selected Publications 2017
■■
Beban, B.; Schmidt, S.J.; Adams,
N.A.: Numerical study of submerged
cavitating throttle flows. Atomization
and Sprays (27 (8)), 2017, pp. 723-739
■■
Buzica, Andrei; Bartasevicius, J.;
Breitsamter, C.: Experimental investi
gation of high-incidence delta-wing
flow control. Experiments in Fluids 58:
131, 2017
■■
Buzica, A.; Breitsamter, C.: Experi
mental and Numerical Investigation
on delta-Wing Post-stall Flow Control.
In: Diverse (Hrsg.): New Results in
Numerical and Experimental Fluid
Mechanics XI. Springer, 2017,
pp. 167-179
■■
Diegelmann, F., Hickel, S., Adams,
N.A.: Three-dimensional reacting
shock–bubble interaction. Combustion
and Flame 181, 2017, 1339-1351
■■
Fu, L.; Hu, X.Y.; Adams, N.A.: Single-
step reinitialization and extending
algorithms for level-set based multi-
phase flow simulations. Computer
Physics Communications (Article in
press), 2017
■■
Fu, L.; Hu, X.Y.; Adams, N.A.: Targeted
ENO schemes with tailored resolution
property for hyperbolic conservation
laws. Journal of Computational Physics
(349), 2017, pp. 97-121
■■
Kaiser, J.; Adami, S.; Adams, N.A.:
Direct Numerical Simulation of Shock-
Induced Drop Breakup with a Sharp-
Interface-Method. Symposium on
Turbulence and Shear Flow Pheno
mena [TSFP10], 2017
■■
Kiewat, M.: Low-Memory Reduced-
Order Modelling with Dynamic Mode
Decomposition Applied on Unsteady
Wheel Aerodynamics. American
Society of Mechanical Engineers
(ASME) Fluids Engineering Division
Summer Meeting (FEDSM), 2017
■■
Kiewat, M.: Online Dynamic Mode
Decomposition for the Investigation
of Unsteady Vehicle Aerodynamics of
the DrivAer Model: Part 2. Application
on Velocity Fields. Annual Congress
(Spring), 2017
■■
Knoth, F.; Breitsamter, C.: Flow Analysis
of a Helicopter Engine Side Air Intake.
Journal of Propulsion and Power, 2017
■■
Knoth, F.; Breitsamter, C.: Aerodynamic
Characteristics of Helicopter Engine
Side Air Intakes. Aircraft Engineering
and Aerospace Technology, 2017
■■
Knoth, F.; Breitsamter, C.: Aerodynamic
Testing of Helicopter Side Intake Retro
fit Modifications. Aerospace (Vol. 4 (3)),
2017
■■
Pan, S.; Adami, S.; Hu, X.; Adams,
N.A.: Shock-bubble Interaction Near a
Compliant Tissue-like Material. Inter-
national Symposium on Turbulence
and Shear Flow Phenomena [TSFP 10],
2017
■■
Pasquariello, V.; Hickel, S.; Adams,
N.A.: Unsteady effects of strong shock-
wave/boundary-layer interaction at
high Reynolds number. Journal of Fluid
Mechanics (823), 2017, pp. 617-657
■■
Piquee, J.; Breitsamter, C.: Numerical
and Experimental Investigations of an
Elasto-Flexible Membrane Wing at a
Reynolds Number of 280.000. Aero
space, 2017
■■
Piquee, J.; Saeedi, M.; Breitsamter,
C.; Wüchner, R.; Bletzinger, K.-U.:
Numerical Investigation of an Elasto-
Flexible Membrane Airfoil Compared
to Experiments. In: New Results in
Numerical and Experimental Fluid
Mechanics XI. Srpinger, 2017,
pp. 421-433
■■
Rozov, V.; Hermanutz, A.; Breitsamter,
C.; Hornung, M.: Aeroelastic Analysis
of a Flutter Demonstrator with a very
Flexible High-Aspect-Ratio Swept
Wing. International Forum on Aero
elasticity and Structural Dynamics
[IFASD], 2017
■■
Stemmer, C.; Birrer, M.; Adams, N.A.:
Hypersonic boundary-layer flow with
an obstacle in thermochemical equi
librium and nonequilibrium. Journal of
Spacecraft and Rockets (54 (4)), 2017,
pp. 899-915
■■
Stemmer, Christian; Birrer, Marcel;
Adams, Nikolaus A.: Disturbance
Development in an Obstacle Wake in a
Reacting Hypersonic Boundary Layer.
Journal of Spacecraft and Rockets
(54(4)), 2017, pp. 945-960
■■
Winter, M.; Heckmeier, F.M.; Breit
samter, C.: CFD-Based Aeroelastic
Reduced-Order Modeling Robust
to Structural Parameter Variations.
Aerospace Science and Technology
(67), 2017, pp. 13-30
■■
Winter, M.; Breitsamter, C.: Application
of Unsteady Aerodynamic Reduced-
Order Modeling Techniques to a
Complex Configuration. International
Forum on Aeroelasticity and Structural
Dynamics, 2017
■■
Winter, M.; Breitsamter, C.: Coupling of
Recurrent and Static Neural Network
Approaches for Improved Multi-step
Ahead Time Series Prediction. In:
Diverse (Hrsg.): New Results in Numeri
cal and Experimental Fluid Mechanics
XI. Springer, 2017, pp. 433-445
■■
Zhang, C.; Hu, X.Y.; Adams, N.A.: A
weakly compressible SPH method
based on a low-dissipation Riemann
solver. Journal of Computational
Physics 335, 2017, pp. 605-620
■■
Zhang, C.; Hu, X.Y.; Adams, N.A.: A
generalized transport-velocity formu
lation for smoothed particle hydro
dynamics. Journal of Computational
Physics, 337, 2017, pp. 216-232