The paper presents new and improved numerical methods designed for analysis of mechanical systems with uncertain parameters. Uncertain parameters in mechanical systems are described by means of possibility theory. The main representatives of this theory are fuzzy and interval numbers. Algorithms using interval and fuzzy numbers are incorporated into the analysis. The possibilities and efficiency of suggested methods and algorithms are tested by programs created in the environment of the software package MATLAB
AbstractSystems of linear and nonlinear equations with fuzzy parameters are relevant to many practic...
The study of mechanical systems with uncertain parameters is of increasing importance in the analysi...
This research works is focused on the analysis of Fuzzy Finite-Element Method (FFEM) with the presen...
The paper presents new and improved numerical methods designed for analysis of mechanical systems wi...
This paper uses a non-probabilistic Fuzzy Finite Element Method (FFEM) for the analysis of the dynam...
In this work a new method for updating FE models with uncertain parameters is proposed and called In...
Most engineering systems involve several uncertain or imprecise parameters such as geometric dimensi...
This paper addresses the problem of mechanical systems in which parameters are uncertain and bounded...
Nowadays, the Finite Element Method (FEM) has become a very powerful tool for the numerical optimisa...
The goal of this thesis is to study the applicability of fuzzy numbers as a non-probabilistic modell...
This study proposes a new uncertain analysis method for multibody dynamics of mechanical systems bas...
This paper focuses on possible solution strategies for the interval finite element method (IFEM) for...
The consideration of uncertainties in numerical simulation is generally reason-able and is often ind...
This book gives an overview of the current state of uncertainty modeling in vibration, control, and ...
The parameters in most engineering problems are under uncertainty due to manufacturing and assembly ...
AbstractSystems of linear and nonlinear equations with fuzzy parameters are relevant to many practic...
The study of mechanical systems with uncertain parameters is of increasing importance in the analysi...
This research works is focused on the analysis of Fuzzy Finite-Element Method (FFEM) with the presen...
The paper presents new and improved numerical methods designed for analysis of mechanical systems wi...
This paper uses a non-probabilistic Fuzzy Finite Element Method (FFEM) for the analysis of the dynam...
In this work a new method for updating FE models with uncertain parameters is proposed and called In...
Most engineering systems involve several uncertain or imprecise parameters such as geometric dimensi...
This paper addresses the problem of mechanical systems in which parameters are uncertain and bounded...
Nowadays, the Finite Element Method (FEM) has become a very powerful tool for the numerical optimisa...
The goal of this thesis is to study the applicability of fuzzy numbers as a non-probabilistic modell...
This study proposes a new uncertain analysis method for multibody dynamics of mechanical systems bas...
This paper focuses on possible solution strategies for the interval finite element method (IFEM) for...
The consideration of uncertainties in numerical simulation is generally reason-able and is often ind...
This book gives an overview of the current state of uncertainty modeling in vibration, control, and ...
The parameters in most engineering problems are under uncertainty due to manufacturing and assembly ...
AbstractSystems of linear and nonlinear equations with fuzzy parameters are relevant to many practic...
The study of mechanical systems with uncertain parameters is of increasing importance in the analysi...
This research works is focused on the analysis of Fuzzy Finite-Element Method (FFEM) with the presen...