normal 0 false false false en-us x-none fa microsoftinternetexplorer4 in this paper, a fully discretized bio-fidelity simulation model for bio-mechanical (kinematic) analysis of scoliosis for various patients was developed to analyze forces on vertebrae, loads acting on the intervertebral disc, corresponding angles between vertebrae, and tension in the spine muscles during lateral bending. it w...

The tiltrotor aircraft has unique flight dynamics characteristics because of the extensive aerodynamic interference and control strategy. Inverse simulation offers an opportunity to study a vehicle's performance during manoeuvring flights. In this paper, improved inverse method is developed with Automatic Differentiation (AD) approach embedded in code based on verified model aircraft. AD algori...

The article discusses the numerical modeling of inverse problem determining kinematic viscosity for vortex-current equation. To solve this differential problem, least squares method is used, and under study reduced to finding minimum functional. formulation direct problems presented. approximated by finite differences solved sweep method. A computational experiment has been carried out illustra...

This article presents the theoretical analysis of Inverse Generalized Exponential Models. The shapes of the properties of the Inverse Generalized Exponential distribution are discussed. Inverse moments of Inverse Generalized Exponential distribution are derived. In this article we have presented the relationship between shape parameter and other properties such probability distribution, distrib...

This paper presents a simple unknown input estimation technique using generalized matrix inverse. The full order observer constructed by g-inverse is extended and implemented for this purpose. The necessary and sufficient condition has been introduced for existence of such an estimator. The proposed method is illustrated by numerical example (Two loop autopilot in pitch plane) and the MATLAB si...