Generic Conceptual Model to Support PSS Design Processes

Model-based Conceptual Design and Tool Support for the Development of Continuous Chemical Processes

Despite many efforts to formalize the early phase of conceptual process design, no toolsupported systematic method for the conceptual design of chemical processes has been developed to date. This contribution presents a methodology and a software tool for the early conceptual design phase, which is characterized by limited and uncertain information on the available process units. The proposed m...

A Collaborative Design Environment to Support Multidisciplinary Conceptual Systems Design

The Aerospace Systems Design Laboratory at the Guggenheim School of Aerospace Engineering, Georgia Institute of Technology, has recently created the "Collaborative Design Environment" (CoDE), a nextgeneration design facility supporting efficient, rapidturnaround conceptual design. The CoDE combines cost-effective, off-the-shelf information technology with advanced design methodologies and tools...

A framework to inform PSS Conceptual Design by using system-in-use data

Towards a shared ontology: A generic classification of cognitive processes in conceptual design

Abstract Towards addressing ontological issues in design cognition research, this paper presents the first generic classification of cognitive processes investigated in protocol studies on conceptual design cognition. The classification is based on a systematic review of 47 studies published over the past 30 years. Three viewpoints on the nature of design cognition are outlined (search, explora...

Adaptive Fuzzy Synergetic PSS Design to Damp Power System Oscillations

This paper presents a novel indirect adaptive Power System Stabilizer (PSS) via a developed synergetic control methodology and fuzzy systems. Fuzzy system is utilized in an adaptive scheme to estimate the system using a nonlinear model. The synergetic control guarantees robustness of the controller and makes the controller easy to implement because of using a chatter free continuous control law...