The engineer starts with paper and pencil. From the basic idea to the axiomatic model, this is all he or she needs. If the axiomatic model does not reproduce the results of the experiment due to too many simplifications, the axiomatic model shall be extended. The aim is to guarantee the desired functionality at an early design stage and thus ensure a safe design. Mathematical models of a new vibration absorber technology of different complexity are utilized in order to predict its dynamic response under different operation conditions. Such a prediction of the dynamic response is subject to model uncertainty
Computer codes simulating physical systems usually have responses that consist of a set of distinct ...
This book gives an overview of the current state of uncertainty modeling in vibration, control, and ...
The automotive industry is moving towards shorter development cycles for new car generations. This m...
The engineer starts with paper and pencil. From the basic idea to the axiomatic model, this is all h...
In the field of structural engineering, mathematical models are utilized to predict thedynamic respon...
Uncertainty is an important design constraint when configuring a dynamic mechanical system that is s...
Mathematical models of a suspension strut such as an aircraft landing gear are utilized by engineers...
Mathematical models of a suspension strut such as an aircraft landing gear are utilized by engineers...
The problem of calculating the uncertainty in the dynamic response of a structure due to uncertaint...
A Bayesian uncertainty quantification and propagation (UQ&P) framework is presented for identifying ...
Mathematical models of a suspension strut such as an aircraft landing gear are utilized by engineers...
The authors compare direct probability and non-probability parametric uncertainty analysis for decis...
Many industrial applications include model parameters for which precise values are hardly available....
Any conclusion about a system’s hidden behaviour based on the observation of findings emanating from...
Uncertainties in the design process are investigated in this paper. A formal Bayesian method is pres...
Computer codes simulating physical systems usually have responses that consist of a set of distinct ...
This book gives an overview of the current state of uncertainty modeling in vibration, control, and ...
The automotive industry is moving towards shorter development cycles for new car generations. This m...
The engineer starts with paper and pencil. From the basic idea to the axiomatic model, this is all h...
In the field of structural engineering, mathematical models are utilized to predict thedynamic respon...
Uncertainty is an important design constraint when configuring a dynamic mechanical system that is s...
Mathematical models of a suspension strut such as an aircraft landing gear are utilized by engineers...
Mathematical models of a suspension strut such as an aircraft landing gear are utilized by engineers...
The problem of calculating the uncertainty in the dynamic response of a structure due to uncertaint...
A Bayesian uncertainty quantification and propagation (UQ&P) framework is presented for identifying ...
Mathematical models of a suspension strut such as an aircraft landing gear are utilized by engineers...
The authors compare direct probability and non-probability parametric uncertainty analysis for decis...
Many industrial applications include model parameters for which precise values are hardly available....
Any conclusion about a system’s hidden behaviour based on the observation of findings emanating from...
Uncertainties in the design process are investigated in this paper. A formal Bayesian method is pres...
Computer codes simulating physical systems usually have responses that consist of a set of distinct ...
This book gives an overview of the current state of uncertainty modeling in vibration, control, and ...
The automotive industry is moving towards shorter development cycles for new car generations. This m...