This is a web-based executable extensible Modelica book that has been created to allow students and practitioners easy access to learn Modelica, modeling, simulation, analysis, optimization, etc., allowing editing of models and running simulations in the book from a web page.
Work has been started on adding 3D visualization/animation and graphical model editing capabilities to a future version of this book.
The book is open for submissions of material for on-line publication, each part labeled with the corresponding authors. All material is open source, but different parts can have different open source licenses and copyrights. The Creative Commons Attribution-ShareAlike 4.0 International License is the default open source license if nothing else is specified. An editorial board of academic professionals handle submissions, improve the quality, and when needed provide material in relevant areas.
The book is published by Linköping University Electronic Press in the series ”Linköping University Interdisciplinary Studies” with ISSN 1650-9625. Citations of the whole book or separate chapters are possible. Pdf snapshots of the book contents will be taken regularly and published on-line in addition to the live editable/executable version.
Prof. Peter Fritzson. Modelica language and technology
Prof. Bernhard Bachmann. Mathematics, symbolics, numerics
Prof. Kannan Moudgalya. Chemical engineering modeling, spoken-tutorials
Prof. Francesco Casella. Power plants, control, fluid modeling
Prof. Bernt Lie. Control, process industry, hydropower, Python
Prof. Jiri Kofranek. Biochemistry and physiology modeling
Prof. Anton Haumer, Electric Drives and Mechatronics
Prof. Christoph Nytsch Geusen. Building modeling and simulation
Prof. Luigi Vanfretti, Electrical power systems
Open for submission of material for on-line publication. Content is prepared and tested off-line using the OpenModelica OMNotebook tool; then sent in for html conversion and upload. For submission, send material to the editor-in-chief: email@example.com
The Book is divided into a number of parts where each part can contain chapters, sections, and subsections. Click on the respective part to reach its content. Practical hints on using the book are available below ( hints ).
|1||Peter Fritzson. DrModelica – An Introduction to Modelica with interactive editable executable examples based on the book ”Principles of Object-Oriented Modeling and Simulation with Modelica 3.3 - a Cyber-Physical Approach”|
|2||Bernhard Bachmann. Mathematical Aspects of Modelica and Simulation including Symbolic and Numeric Techniques. --- In the process of being converted for uploading.|
|3||Kannan Moudgalya.Step-by-step audio-video tutorials on OpenModelica using OMEdit and the spoken-tutorial pedagogic approach|
|4||Francesco Casella. Introduction to Control with Modelica. --- Expected to be uploaded in September 2018.|
|5||Jiri Kofranek. Human Physiology Modeling. --- Expected uploading in the near future.|
|6||Anton Haumer. Introduction to Control of Electric Drives. --- Expected uploading in the near future.|
|7||Christoph Nytsch Geusen. Introduction to Building modeling and Simulation. --- Expected uploading in the near future.|
|8||Bernt Lie. Model linearization and control analysis. --- Expected upload in Spring 2018.|
|9||Massimo Ceraolo. Simplified Modelling of Electric and Hybrid Vehicles.|
|10||Luigi Vanfretti. Introduction to Power System Dynamics and Control using the OpenIPSL Library. --- Expected upload in January 2018.|
|11||More submissions ....|
|Evaluate Cell||Click the Cell and Press "Evaluate Cell"||Click the Cell and Press "Shift+Enter"|
|Evaluate All Cells||Press "Eval all" button||Press "Shift+Ctrl"|
|Add Cells||Click "Add cells" button||Press "Ctrl+i"|
|Delete Cells||Click the Cell and Press "Delete Cells"||Click the Cell and Press "Delete"|
|Insert Cells between||Click the Cell and Press "Insert Between"||Click the Cell and Press "Ctrl+b"|
|Save to pdf||Click the "Save"||Press "Ctrl+s"|