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This article provides a basic modelling study for a mechanical multibody system composed of rigid and flexible bodies. Using the example of a slider crank mechanism, a descriptor form approach is introduced which consists essentially of a mixed system of Differential-Algebraic Equations (DAEs)...
This paper describes an efficient algorithm for parameter estimation and control of a multivariable discrete-time systems using input-output data. Parallel recursive least square algorithms based on special observable canonical innovation model are considered to estimate model parameters and...
Two extended models for the simulation of the glucose metabolism in insulin dependent diabetic patients (IDDM) are described. The first model calculates the exogenous glucose influx after consuming a meal with known energy content. It consists of a submodel for gastric emptying and a submodel...
In this paper the concept and one possible implementation of a program package for the interactive modelling of multibody systems is presented. An object oriented data model is used to store the model data in a redundancy free way, completely independent of specific multibody formalisms or...
We show how charge distribution effects in MOS transistors are reflected only correctly by models based on the physical properties of the device. Hence one has to consider carefully the impact of modelling to obtain correct results for MOS circuits by numerical simulation. Additionally, the...
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