Based on numerical results, design models are proposed for the vertical shear strength and moment shear interaction of continuous composite beams.
At the 7th ISEA conference, our research group presented a method based on numerical optimization to design a kayak ergometer equipped with a sliding footrest-seat complex that reproduces the acceleration generated in flatwater kayak.
Based on numerical results, a structure design modification is also performed to enhance the structure stiffness and improve bird strike resistance.
In the opposite case quasi-Pierce solution can be implemented using non-equipotential electrode between the gaps, and guidelines, based on numerical simulations, for the design of equipotential focusing electrodes are given.
First, a design procedure based on numerical studies is illustrated for a typical one-story building.
The aim of this study is to develop the fragility curves for mid-rise R/C frame buildings in Istanbul, which have been designed according to the 1975 version of the Turkish seismic design code, based on numerical simulation with respect to the number of stories of the buildings.
Transmissive quarter-wave plates of an aperiodic multilayer structure and with a high throughput in the extreme ultraviolet region are designed based on numerical techniques.
Recommendations are made for minimum requirements for design level prediction of modal responses of CLT floors, based on numerical and experimental studies of effects engineering design variables have on such characteristics.
Aim of this work is to develop a new design approach based on numerical shape optimization with the idea of significantly reducing the number of running-in experiments.
This paper presents a methodology based on numerical optimization techniques for simultaneously optimizing design parameters of a two-link planar rigid manipulator and a nonlinear gain PD controller designed for performing multiple tasks.
