T. Woudstra
Delft University of Technology
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Publication
Featured researches published by T. Woudstra.
Computer Methods in Applied Mechanics and Engineering | 2001
Patrick E.A van der Lee; Tamás Terlaky; T. Woudstra
Flow-sheet programs used for the design of power plants become more meaningful with use of optimization possibilities. As the power plant is considered to be a black-box for an optimization routine, many evaluations of the plant efficiency, as a function of the chosen parameter (or parameters), have to be considered. As optima are often in a flat part of the efficiency curve, as a function of the parameters, a disturbance in the calculation might lead to no found optimum at all for the optimization routine. Two calculation routines are compared to operate with the program Cycle-Tempo: a Quasi-Newton and a Derivative Free optimization routine. From these two the latter experienced to be the most stable, although the former can be improved compared to the way it is in use now.
Energy Conversion and Management | 2010
N. Woudstra; T. Woudstra; Armando Pirone; Teus van der Stelt
Journal of Power Sources | 2009
P.V. Aravind; T. Woudstra; N. Woudstra; H. Spliethoff
Applied Energy | 2015
E.J.O. Promes; T. Woudstra; L. Schoenmakers; Vincent Oldenbroek; A. Thallam Thattai; P.V. Aravind
Journal of Power Sources | 2011
Ming Liu; P.V. Aravind; T. Woudstra; V.R.M. Cobas; Adrian H.M. Verkooijen
Applied Energy | 2016
A. Thallam Thattai; Vincent Oldenbroek; L. Schoenmakers; T. Woudstra; P.V. Aravind
International Journal of Hydrogen Energy | 2015
A. Fernandes; T. Woudstra; P.V. Aravind
Applied Energy | 2016
A. Fernandes; T. Woudstra; A. M. Van Wijk; L.A. Verhoef; P.V. Aravind
Applied Thermal Engineering | 2015
Yash Joshi; Hans de Vries; T. Woudstra; Wiebren de Jong
Energy | 2014
Ming Liu; T. Woudstra; E.J.O. Promes; S.Y.G. Restrepo; P.V. Aravind
