The multiobjective simulation optimization (MOSO) problem is a nonlinear multiobjective
optimization problem in which multiple simultaneous and conflicting objective functions can …

Design Optimization of Sandwich Composite Armors for Blast Mitigation Using Bayesian
Optimization with Single and Multi-Fidelity Data 2020-01-0170 The most common and lethal …

The complexities associated with the interconnections between workforce and fleet of assets
to achieve organizational objectives often lead to uncertain and multi-objective problems …

Crowdsourcing offers the opportunity to gather evaluations on concept designs from
evaluators that otherwise may not have been considered, thus leveraging additional …

In regions at war, the increasing use of improvised explosive devices (IEDs) is the main
threat against military vehicles. Large cabin” s penetrations and high gross accelerations are …

Motivated by military applications, this work considers connected platoons of ground
vehicles of potentially different sizes and presents a model-free approach for optimizing the …

When a charge is ignited at the bottom of a vehicle, the underbody and the occupants are
the most vulnerable. The protection of the vehicle underbody is still a significant problem in …

Mass properties such as the centre of gravity location, moments of inertia, and total mass are
of great importance for vehicle stability studies and deployment. Certain parameters are …

This book takes a comprehensive and analytical approach to the multifaceted subject of
urban warfare, aiming to inform rather than glorify the complex realities of combat in urban …

To accelerate progress and delivery of new and enhanced infrastructure projects for
navigation, flood risk management, water operations, and ecosystem restoration consistent …