... to a variety of scenarios, including different market conditions, site locations, and technology options. control co-design optimal control thermal energy storage carbon capture natural gas power plant Proceedings of the ASME 2022 International Design Engineering Technical Conferences...

... in different operating regions characterized by the incoming wind speed. The combined model is then used to generate open-loop optimal control trajectories as part of a nested control co-design strategy that explores the system’s stability and power production in the context of crucial plant and control design...

...OPTIMAL CONTROL OF A FLEXIBLE ASSEMBLY SYSTEM B. Pourbaba Department of Statistics and Operations Research New York University New York, New York Abstracat: The performance of a flexible assembly system consisting of a set of work stations linked by a set of transporter stations is modeled...

... control; piezoceramic sensors and ; optimal control; four-bar mechanism. UCTION AND LITERATURE SURVEY general objective of a mechanism designer is to realize possible solution for the intended task. A contemporary f the best mechanism is to be lightweight in addition to y perform the desired task. However...

... explain the reasons for arriving at different results, even unexpectedly. Conclusions are drawn regarding the effectiveness of the various modeling formulations. optimal design optimal control monotonicity analysis decomposition strategies partitioning Proceedings of the DETC'OO ASME 2000...

... a general, mathematically rigorous optimal control framework for this class of problems, and derive a simple closed-form analytic solution. Our formalism can be viewed as generalization to the Euclidean group of the linear quadratic regulator (LQR) subject to state equality constraints. Examples from force...

... tends to double with respect to the reference case of harmonic excitation. Some numerical simulations are finally performed to verify the theoretical predictions and the effectiveness of the control procedure. Unharmonic excitation optimal control homoclinic bifurcation Helmholtz equation...

... design and controls. Reduced engine size and operation time, as well as improved operation efficiency of the hybrid system also greatly decreased the GHG emissions compared to traditional mechanical propulsion. hybrid electric propulsion powertrain optimization optimal control energy management...

...FRACTIONAL OPTIMAL CONTROL WITHIN CAPUTO S DERIVATIVE Raj Kumar Biswas1 Department of Electrical Engineering Indian Institute of Technology Kharagpur, West Bengal-721302, India Siddhartha Sen Department of Electrical Engineering Indian Institute of Technology Kharagpur, West Bengal-721302, India...

... suppress the uncertainties of our model. Besides presenting the dynamical model of our MAV, we present the experimental re- sults of both roll and pitch control using the dSpaceTM 1103 high performance controller board to embed the designed H MIMO controller. Keywords: MAV, Quadrotor, Optimal control, H...

... robot Dynamic modeling Gibbs-Appell method Feedback linearization Optimal Control They can also be used as an inspection technique in industries. Proceedings of the ASME 2007 International Design Engineering Technical Conferences & Computers and Information in Engineering Conference IDETC/CIE...

... and quickly between mission specific points. Keywords: Fuzzy Logic, Autonomous, Optimal Control. INTRODUCTION Even in a time of relative world peace there is still a need to maintain the largest and most effective navy in the world. Computers and Information in Engineering Conference eptember 28-October 2...

... problem. Gain-Scheduling Optimal Control Positioning Time-Varying System Vibration Control ABST T of tim varyin system This p optim a gain the in one is system result metho comp applic contro Keyw Time- INTR P impor Proceedings of DETC’03 ASME 2003 Design Engineering Technical Conferences...

...: {name}@lap.u-bordeaux.fr cking, fractional systems, optimal control, robust control, Crone control, DETC2003/VIB-48382 SHAPING COMMAND INPUT FOR EXPLICIT FRACTIONAL DERIVATIVE SYSTEMS Note: the greater n is, the quicker the aperiodic multimode will tend towards zero.2 Introduction Singer and Seering's...

... 10 06 2008 In traditional optimal control and design problems, the control gains and design parameters are usually derived to minimize a cost function reflecting the system performance and control effort. One major challenge of such approaches is the selection of weighting matrices...

... 10 06 2008 In recent years, a class of nonlinear stochastic optimal control strategies were developed by the present author and his co-workers for minimizing the response, stabilization and maximizing the reliability and mean first-passage time of quasi Hamiltonian systems based...