... Stochastic systems Structural dynamics Uncertainty quantification A large class of physical systems in engineering and science can be modeled by stochastic differential equations. For many of these systems, the dominant source of uncertainty is due to the forcing which can be modeled...

... amplitude curves and ( b ) the isolated solution branches Fig. 6 The frequency response curves obtained by using the continuation method for F  = 0.19 Design optimization Uncertainty quantification Dynamical analysis Dynamical method 20 04 2017 18 02 2018...

...Radu Serban; Yan Wang; Paramsothy Jayakumar; Kyung K. Choi 04 12 2017 05 12 2017 Design optimization Uncertainty quantification Design sensitivity Nonlinear systems The development and acceptance of modeling and simulation tools in the design of large and complex...

... of the terminal sliding mode surfaces; S1 and S2, respectively, correspond to joints 1 and 2 Control Fractional calculus Robotics Stability Uncertainty quantification Stability of nonlinear systems Mechanism systems In the past decades, the control theory has been successfully applied...

... received March 27, 2017; published online May 4, 2017. Assoc. Editor: Corina Sandu. 09 04 2016 27 03 2017 Algorithms Nonlinear dynamical systems Stability Uncertainty quantification Integration methods The fuzzy dynamical systems formed on uncertain differential equations...