ESTECO North America and Detroit Engineered Products (DEP), specialized in model parameterization, hosted a 1-hour webinar on the value of optimization and response surface modeling in simulation-based medical device development.
The global emergency due to COVID-19 pandemic...
Calibration of control software including engine and transmission is a major step in the integration of the powertrain system in heavy-duty vehicles. This calibration is done through a series of tests performed on the powertrain system in test cell or on the vehicle in the field to meet...
There is a significant potential to increase efficiency and focus in steel development with more advanced and sophisticated technologies. Response surface models are thereby introduced into this field to integrate ‘big data’ and computationally bridge inputs to outputs. In this work, a...
This paper presents a multi-objective parameter optimization study with the aim of finding a set of design parameters for a highly athletic monopedal robot, called Skippy, such that the resulting design meets or exceeds every item in a list of behavioural performance requirements. The...
The demand for low-energy building in the market is growing in Korea. However, transition of the market is slow mainly due to shortage of relevant information regarding the selection of energy saving design and technical elements with their subsequent impact on energy performance....
A robust design optimization (RDO) method is for the first time proposed in this paper, for supporting architects and engineers in the design of buildings with robust energy performance under climate change and extreme conditions. The simplicity and the low computational demand of the...
The thesis focuses on demonstrating the application of an automated platform for the structural optimisation of the midship of a typical Ro-Pax vessel in the early stage of ship design process. It is based on the undergoing researches on the framework of European Research Council funded...
This thesis presents a methodological approach to supporting the multi-objective optimization of engineered-to-order products. The goal is to support engineers in designing economic products while meeting performance requirements. The method is based on three optimization levels. The...
The constant requirement of aerospace and space industries to enhance the structural efficiency as well as the increasing need to protect people and structures from various threats including explosions and collisions have driven to the usage of high-performance materials. Composite...
