Mapping Engineering Design Processes onto a Service-grid: Turbine Design Optimization

Mapping Engineering Design Processes onto a Service-grid: Turbine Design Optimization

This study presents an application of a distributed service-oriented architecture (FIPER) for the preliminary design of gas turbines. The FIPER architecture is based on the concept of registration and discovery of services in real time. It uses a service catalog that registers the services started on the network. These services are then discovered in real time from the grid and used in the desi...

Design and Optimization of Tidal turbine Airfoil

Mapping Multi-Disciplinary Design Processes

This paper describes research in progress whose goal is to synthesize design methodologies for rapid product development in multi-disciplinary design situations. The potential outcome is superior design methodologies that facilitate integration and collaboration between different disciplines, conduct design tasks concurrently, and apply to a wide range of design problems, thus reducing costs an...

A Formalism for Modeling Engineering Design Processes

ABSTRACT This paper presents a mathematical and graphical formalism for modeling computational engineering design processes, particularly to enhance variant product design in industries. The proposed modeling formalism provides a methodology for transforming a textual problem statement into a mathematical, parametric model. The explicit representation of the designer’s solution strategy is also...

Multiobjective Optimization in Engineering Design

THIS THESIS FOCUSES on how to improve design and development of complex engineering systems by employing simulation and optimization techniques. Within the thesis, methods are developed and applied to systems that combine mechanical, hydraulical and electrical subsystems, so-called multi-domain systems. Studied systems include a landing gear system for a civil aircraft, electro-hydrostatic actu...