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Dynamic Modelling
Edited by Alisson V. Brito, ISBN 978-953-7619-68-8, Hard cover, 290 pages, Publisher: InTech, Published: January 01, 2010 under CC BY-NC-SA 3.0 license, in subject Numerical Analysis and Scientific Computing
When talking about modelling it is natural to talk about simulation. Simulation is the imitation of the operation of a real-world process or systems over time. The objective is to generate a history of the model and the observation of that history helps us understand how the real-world system works, not necessarily involving the real-world into this process. A system (or process) model takes the form of a set of assumptions concerning its operation. In a model mathematical and logical assumptions are considered, and entities and their relationship are delimited. The objective of a model – and its respective simulation – is to answer a vast number of “what-if” questions. Some questions answered in this book are: What if the power distribution system does not work as expected? What if the produced ships were not able to transport all the demanded containers through the Yangtze River in China? And, what if an installed wind farm does not produce the expected amount of energyt? Answering these questions without a dynamic simulation model could be extremely expensive or even impossible in some cases and this book aims to present possible solutions to these problems.
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Book contents
- Chapter 1An Electric Simulator of a Vehicle Transmission Chain Coupled to a Vehicle Dynamic Model
- Chapter 2Modelling and Design of a Mechatronic Actuator Chain Application to a Motorized Tailgate
- Chapter 3A Methodology for Modelling and Simulation of Dynamic and Partially Reconfigurable Systems
- Chapter 4Dynamic Modelling and Control Design of Advanced Energy Storage for Power System Applications
- Chapter 5Improving the Kill Chain for Prosecution of Time Sensitive Targets
- Chapter 6Investment in Container Ships for the Yangtze River: A System Dynamics Model
- Chapter 7Integrating Economic and Ecological Impact Modelling: Dynamic Processes in Regional Agriculture under Structural Change
- Chapter 8Advanced Simulation for Semi-Autogenous Mill Systems: A Simplified Models Approach
- Chapter 9Dynamic Modelling Predictions of Airborne Acidification of Polish Terrestrial Ecosystems
- Chapter 10Toward the Formulation of a Realistic Fault Governing Law in Dynamic Models of Earthquake Ruptures
- Chapter 11Dynamic Modelling of a Wind Farm and Analysis of Its Impact on a Weak Power System
- Chapter 12Optimal Design of a Multifunctional Reactor for Catalytic Oxidation of Glucose with Fast Catalyst Deactivation
- Chapter 13Adiabatic Shear: Pre- and Post-Critical Dynamic Plasticity Modelling and Study of Impact Penetration. Heat Generation in this Context
- Chapter 14Influencing the Effect of Treatment of Diseases Related to Bone Remodelling by Dynamic Loading
