Improvement of first-order sensitivity relations based on an exact formulation for the change in the state due to design perturbations
D. Materna, F.-J. Barthold, in: 2010.
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Kurzbeitrag Konferenz
| Englisch
Autor*in
Materna, DanielELSA;
Barthold, Franz-Joseph
Einrichtung
Erscheinungsjahr
Konferenz
IV European Conference on Computational Mechanics (ECCM2010)
Konferenzort
Paris
Konferenzdatum
2010-05-16 – 2010-05-21
ELSA-ID
Zitieren
Materna D, Barthold F-J. Improvement of first-order sensitivity relations based on an exact formulation for the change in the state due to design perturbations. In: ; 2010.
Materna, D., & Barthold, F.-J. (2010). Improvement of first-order sensitivity relations based on an exact formulation for the change in the state due to design perturbations. Presented at the IV European Conference on Computational Mechanics (ECCM2010), Paris.
Materna D and Barthold F-J (2010) Improvement of First-Order Sensitivity Relations Based on an Exact Formulation for the Change in the State Due to Design Perturbations.
Materna, Daniel, and Franz-Joseph Barthold. “Improvement of First-Order Sensitivity Relations Based on an Exact Formulation for the Change in the State Due to Design Perturbations,” 2010.
Materna, Daniel und Franz-Joseph Barthold. 2010. Improvement of first-order sensitivity relations based on an exact formulation for the change in the state due to design perturbations. In: .
Materna, Daniel ; Barthold, Franz-Joseph: Improvement of first-order sensitivity relations based on an exact formulation for the change in the state due to design perturbations. In: , 2010
D. Materna, F.-J. Barthold, Improvement of first-order sensitivity relations based on an exact formulation for the change in the state due to design perturbations, in: 2010.
D. Materna and F.-J. Barthold, “Improvement of first-order sensitivity relations based on an exact formulation for the change in the state due to design perturbations,” presented at the IV European Conference on Computational Mechanics (ECCM2010), Paris, 2010.
Materna, Daniel, and Franz-Joseph Barthold. Improvement of First-Order Sensitivity Relations Based on an Exact Formulation for the Change in the State Due to Design Perturbations. 2010.
Materna, Daniel/Barthold, Franz-Joseph (2010): Improvement of first-order sensitivity relations based on an exact formulation for the change in the state due to design perturbations, in: .
Materna D, Barthold F-J. Improvement of first-order sensitivity relations based on an exact formulation for the change in the state due to design perturbations. In 2010.
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