The Choice of Diagnostic Symptom on the Basis of Mathematical Model Analysis

Bogumił Chiliński; Damian Markuszewski

doi:10.4028/www.scientific.net/AMR.1036.598

Paper Titles

Theoretical Approach on Internal Combustion Engines Using Multivariable Procedures
p.574

Modelling the Structural Steel Hardness Using Genetic Programming Method
p.580

Modeling of Powertrain System Dynamic Behavior with Torsional Vibration Damper
p.586

Breaking Process Modeling Using FEM – Proposition of a Method for Identification of Material Data and for Identification Features Job Contact
p.592

The Choice of Diagnostic Symptom on the Basis of Mathematical Model Analysis
p.598

The Load Model of Chosen Element of Underframe with Use the Acceleratrion Signals
p.604

Analysis of Non-Classical Models which Have been Subjected to Percussive Loads Using Equations of Energy and Power
p.608

418V Side Dump Car Introduction: Wall Opening Simulation and Further Research
p.614

Decreasing the Contact Surface between Piston and Cylinder at the Heat Engines by Rotary-Percussion
p.619

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 1036The Choice of Diagnostic Symptom on the Basis of...

The Choice of Diagnostic Symptom on the Basis of Mathematical Model Analysis

Abstract:

Composite mast with rigging system is an example of a complex composite-steel system. The implementation of modern constructional materials such as composite materials in order to construct the composite masts has some consequences. Composites have different properties than materials such as wood (in the past), steel or aluminium which are usually used in construction of the masts.