A major motivation for research in combustion science and technology is to reduce emissions from power plants, large scale industrial
In recent years, flight vehicles are becoming progressively more elastic and as a result, aeroelastic phenomena are becoming more prominent.
The purpose of the study is to develop optimal spatial guidance-laws under terminal angular constraint in atmospheric flight, which enable
High flow speeds and significant compressibility levels can be found in a wide range of single- and multi-phase reacting flows.
Aeroelastic responses, such as accelerations measured in flight, are non-stationary signals in which the frequency content varies with flight speed
Solid propellant rocket motors are simple, easy for handling, and ready for immediate operation. That is why they are the
A brief overview of the Ohio State College of Engineering (COE) will be presented, with the emphasis on the strategic
With increasing use of electric-powered aircraft, there is a need for accurate mission planning tools. Electric aircraft differ from conventional
Subject: Futuristic Aircraft Designs and a look at how big companies develop them. Benefit: Fun and educational, aimed at the
Many industrial and scientific applications require accurate measurement of radiation flux emitted by target surfaces. One of its most important
Non-Destructive Testing (NDT) is one of the major requirements in aerospace structural design. Appropriate use of NDT guarantees safety in
The research investigates the effect of insulation fiber spatial orientation and aluminum content in the propellant composition, on particle erosion
The challenges of nonlinear Kalman filtering are presented, and a number of proposed solutions are examined. A Kalman filter forms
Autonomous navigation missions require online decision making abilities, in order to choose from a given set of candidate actions an
Studies on rarefied gases consider gas flows where the characteristic length or time scale is of the order of the
Transfer to sustainable energy is the requirement of the present hour & there has been a considerable push towards renewable
Satellite formations have numerous applications. However, the initial establishment of such formations can require a high fuel expenditure, due to
Six-degrees-of-freedom (6DOF) simulations to outline the flight path of missiles and predict their rigid body behavior, are normally conducted in
Correct estimation of load bearing capabilities and prediction of failure has an important role in design and quality control of
There has recently been a large increase in development activities of remotely-controlled and autonomous miniature aerial vehicles (MAV). Military, scientific,
Time difference of arrival geolocation allows for the position estimation of a terrestrial emitter by measuring its signals with 3
Engineering devices employing rotors such as propellers on UAV’s, wind and tidal turbines play a vital role in both propulsion
The numerical detection of resonances using dynamical indicators is an efficient tool for eval- uating the long-term stability and for
Solid-propellant rocket propulsion is commonly used for both military and civilian launch systems. In solid rocket motors the required thrust
Model-order reduction is an essential tool for large-scale systems introduced by modern Technologies for which full order simulation and controller
In this work we test the concept of intercepting a moving target with a quadrotor while using classical guidance laws originally
Micron-sized aluminum powder is added to solid propellants in order to increase their performance and to suppress combustion instabilities. During
Fluid-structure interaction in hypersonic flow has seen an increased interest among researchers in response to the worldwide race to sustainable
