Applied structural and mechanical vibrations - theory, methods and measuring instrumentation

PART 1 - Theory and Methods, 1.Review of some fundamentals 2.Mathematical preliminaries 3.Analytical dynamics - an overview 4.Single-degree-of-freedom (SDOF) systems 5.More SDOF - transient response and approximate methods 6.Multiple-degree-of-freedom (MDOF) systems 7.More MDOF systems - forced vibrations and response analysis 8.Continuous or distributed parameters systems 9.MDOF and continuous systems - approximate methods 10.Experimental modal analysis (EMA) 11.Probability and statistics: preliminaries to random vibrations 12.Stochastic processes and random vibrations PART 2 - Measuring Instrumentation 13.Basic concepts of measurement and measuring instrumentation 14.Motion and vibration transducers 15.Signal conditioning and data acquisition