Two-level screening designs are widely applied in manufacturing industry to identify
influential factors of a system. These designs have each factor at two levels and are …

In recent years, there has been an increasing emphasis in the design of experiments
literature on optimal design. Many authors have recommended that optimal design of …

In practice, optimal screening designs for arbitrary run sizes are traditionally generated
using the D-criterion with factor settings fixed at±1, even when considering continuous …

A screening experiment attempts to identify a subset of important effects using a relatively
small number of experimental runs. Given the limited run size and a large number of …

The purpose of order‐of‐addition (OofA) experiments is to identify the best order in a
sequence of m components in a system. Such experiments may be analyzed by various …

This article presents a comparison of criteria used to characterize two-level designs for
screening purposes. To articulate the relationships among criteria, we focus on 7-factor …

Aim of this research paper is to present the application of Derringer's function based
weighted model updating method for damage detection in a cantilever beam structure …

Two-level orthogonal arrays of N runs, k factors, and a strength of 3 provide suitable
fractional factorial designs in situations where many of the main effects are expected to be …

Optimal designs depend upon a prespecified model form. A popular and effective model-
robust alternative is to design with respect to a set of models instead of just one. However …

Aim of this research paper is to develop a new structural dynamic finite element model
updating (FEMU) technique using Derringer's desirability function. Proposed FEMU …