M. NİKBAY And P. Acar, "UNCERTAINTY QUANTIFICATION IN AEROELASTIC ANALYSES OF THE S4T WING USING REDUCED ORDER MODELING," In STO TR AVT 191 Application of Sensitivity Analysis and Uncertainty Qualification to Military Vehicle Design , Paris: NATO Science and Technology Organization, 2017, pp.365-402.
NİKBAY, M. And Acar, P. UNCERTAINTY QUANTIFICATION IN AEROELASTIC ANALYSES OF THE S4T WING USING REDUCED ORDER MODELING. 2017. In STO TR AVT 191 Application of Sensitivity Analysis and Uncertainty Qualification to Military Vehicle Design , NATO Science and Technology Organization, Paris, 365-402.
NİKBAY, M., & Acar, P., (2017). UNCERTAINTY QUANTIFICATION IN AEROELASTIC ANALYSES OF THE S4T WING USING REDUCED ORDER MODELING. STO TR AVT 191 Application of Sensitivity Analysis and Uncertainty Qualification to Military Vehicle Design (pp.365-402), Paris: NATO Science and Technology Organization.
NİKBAY, Melike, And Pinar Acar. "UNCERTAINTY QUANTIFICATION IN AEROELASTIC ANALYSES OF THE S4T WING USING REDUCED ORDER MODELING." In STO TR AVT 191 Application of Sensitivity Analysis and Uncertainty Qualification to Military Vehicle Design , 365-402. Paris: NATO Science and Technology Organization, 2017
NİKBAY, Melike And Acar, Pinar. "UNCERTAINTY QUANTIFICATION IN AEROELASTIC ANALYSES OF THE S4T WING USING REDUCED ORDER MODELING." STO TR AVT 191 Application of Sensitivity Analysis and Uncertainty Qualification to Military Vehicle Design , NATO Science and Technology Organization, 2017, pp.365-402.
NİKBAY, M. And Acar, P. (2017) "UNCERTAINTY QUANTIFICATION IN AEROELASTIC ANALYSES OF THE S4T WING USING REDUCED ORDER MODELING", STO TR AVT 191 Application of Sensitivity Analysis and Uncertainty Qualification to Military Vehicle Design . Paris: NATO Science and Technology Organization.
@bookchapter{bookchapter, author ={Melike Nikbay And author ={Pinar Acar}, chaptertitle={UNCERTAINTY QUANTIFICATION IN AEROELASTIC ANALYSES OF THE S4T WING USING REDUCED ORDER MODELING}, booktitle={ STO TR AVT 191 Application of Sensitivity Analysis and Uncertainty Qualification to Military Vehicle Design}, publisher={NATO Science and Technology Organization}, city={Paris},year={2017} }