Skip to content. | Skip to navigation

Sections
Personal tools
You are here: Home Events Modelica'2017 Documents List of Accepted Papers

List of Accepted Papers

Buildings


Investigation of the Influence of Controller Approaches on Room Thermal Behaviour – A Simulation Study
Kristin Majetta, Christoph Clauss and Christoph Nytsch-Geusen

Application of Richardson Extrapolation to the Co-Simulation of FMUs from Building Simulation
Christoph Clauss, Kristin Majetta and Richard Meyer

Modelling of Heat Pumps with Calibrated Parameters Based on Manufacturer Data
Massimo Cimmino and Michael Wetter

Aspects of FMI in Building Simulation
Torsten Schwan, René Unger and Jörg Pipiorke

Co-Simulation between detailed building energy performance simulation and Modelica HVAC component models
Andreas Nicolai and Anne Paepcke

Modelling and Simulation of Standardised Control Functions from Building Automation
Georg Ferdinand Schneider, Georg Ambrosius Peßler and Simone Steiger

Template based code generation of Modelica building energy simulation models
Christoph Nytsch-Geusen, Alexander Inderfurth, Werner Kaul, Katharina Mucha, Jörg Rädler, Matthis Thorade and Carles Ribas Tugores

Coupled Simulation between CFD and Multizone Models Based on Modelica Buildings Library to Study Indoor Environment Control
Wei Tian, Wangda Zuo, Thomas Sevilla and Michael Sohn
 

FMI and co-simulation


Application of Richardson Extrapolation to the Co-Simulation of FMUs from Building Simulation
Christoph Clauss, Kristin Majetta and Richard Meyer
 
Interactive FMU-Based Visualization for an Early Design Experience
Volker Waurich and Jürgen Weber
 
Building Parallel FMUs (or Matryoshka Co-Simulations)
Virginie Galtier, Michel Ianotto, Mathieu Caujolle, Rémi Corniglion, Jean-Philippe Tavella, José Évora Gómez, José Juan Hernández Cabrera, Vincent Reinbold and Enrique Kremers
 
Aspects of FMI in Building Simulation
Torsten Schwan, René Unger and Jörg Pipiorke
 
Integration Modelica with Digital Mockup Tool using the FMI
Shinji Matsuda
 
The Embedded Simulation via FMI and its Application to the Simulation of Lifetime Tests Including Wear
Julia Gundermann, Matthias Thiele, Sebastian Fraulob, Susanne Walther, Karsten Todtermuschke and Uwe Schnabel
 
Scaling FMI-CS Based Multi-Simulation till Thousand FMUs on Infiniband Cluster
Stephane Vialle, Jean-Philippe Tavella, Cherifa Dad, Remi Corniglion, Mathieu Caujolle and Vincent Reinbold
 
Christian Bertsch, Awad Mukbil and Andreas Junghanns
Improving Interoperability of FMI-supporting Tools with Reference FMUs
 
Dymola-JADE Co-Simulation for Agent-Based Control in Office Spaces
Ana Constantin, Artur Löwen, Ferdinanda Ponci, Kristian Huchtemann and Dirk Müller
 
Parameter Estimation based on FMI
Rüdiger Kampfmann, Danny Mösch and Nils Menager   
 
Development of an open source multi-platform software tool for parameter estimation studies in FMI models
Javier Bonilla, Jose Antonio Carballo, Lidia Roca and Manuel Berenguel
 
FMI Go! A simulation runtime environment with a client server architecture over multiple protocols
Claude Lacoursière and Tomas Härdin
 

Thermodynamic systems


Extended Modelica Model for Heat Transfer of Two-Phase Flows in Pipes Considering Various Flow Patterns
Timm Hoppe, Friedrich Gottelt and Stefan Wischhusen
 
Modelling of Heat Pumps with Calibrated Parameters Based on Manufacturer Data
Massimo Cimmino and Michael Wetter
 
Modeling of a Thermosiphon to Recharge Phase Change Material Based Thermal Battery for a Portable Air Conditioning Device
Rohit Dhumane, Jiazhen Ling, Vikrant Aute and Reinhard Radermacher
 
Optimization-friendly thermodynamic properties of water and steam
Marcus Åberg, Johan Windahl, Håkan Runvik and Fredrik Magnusson

HVAC systems

 
A Platform for the Agent-based Control of HVAC Systems
Roozbeh Sangi, Felix Bünning, Marc Baranski, Johannes Fütterer and Dirk Müller
 
Duty Cycle for Low Energy Operation of a Personal Conditioning Device
Rohit Dhumane, Jiazhen Ling, Vikrant Aute and Reinhard Radermacher
 
Simulative Comparison of Mobile Air-Conditioning Concepts for Mechanical and Electrical Driven Systems
Arnim von Manstein, Dirk Limperich and Shivakumar Banakar
 
Cabin Thermal Needs: Modeling and Assumption Analysis
Florent Breque and Maroun Nemer

Power plants and Energy Systems

 
Annual Performance of a Solar-Thermochemical Hydrogen Production Plant Based on CeO2 Redox Cycle
Alberto de La Calle and Alicia Bayon
 
Nuclear Hybrid Energy Systems
Scott Greenwood
 
Applying the Power Plant Library ClaRa for Control Optimisation
Friedrich Gottelt, Timm Hoppe and Lasse Nielsen
 
Modeling and simulation of fixed bed regenerators for a multi-tower decoupled advanced solar combined cycle
Iván Mesonero, Jesús Febres and Susana López Pérez

Process and chemical engineering

 
Optimizing the start-up process of post-combustion capture plants by varying the solvent flow rate
Thomas Marx-Schubach and Gerhard Schmitz
 
Integrated Process and Molecular Design with Modelica Using Continuous-Molecular Targeting
Christoph Udo Gertig, Dominik Tillmanns, Johannes Schilling, Uwe Bau, Franz Lanzerath, Joachim Gross and André Bardow
 
Accessing a CAPE Open Thermodynamic Database in OpenModelica
Rahul Jain, Kannan Moudgalya, Peter Fritzson and Adrian Pop
 
Dynamic Simulations of the Post-combustion CO2 Capture System of a Combined Cycle Power Plant
Rubén Mocholí Montañés and Lars Olof Nord
 

Automotive applications

 
Engine thermal shock testing prediction through coolant and lubricant cycling in Dymola
Alessandro Picarelli, Eduardo Galindo and Rodolfo Soler
 
Investigating the Effect of a Sonic Restrictor in the Intake of an Engine
Maura Gallarotti, Alessandro Picarelli and Mike Dempsey
 
Development of an Integrated Control of Front Steering and Torque Vectoring Differential Gear System Using Modelica
Yutaka Hirano
 
Model Based Analysis of Shimmy in a Racing Bicycle
Nicolò Tomiati, Gianantonio Magnani, Bruno Scaglioni and Gianni Ferretti
 
Virtual Occupant Model for Riding Comfort Simulation
Hyung Yun Choi, Manyong Han, Akinari Hirao and Hisayoshi Matsuoka
 
Model Based Design of a Split Carrier Wheel Suspension for Light-weight Vehicles
Daniel Baumgartner, Yutaka Hirano, Jakub Tobolar, Tilman Bünte, Michael Fleps-Dezasse and Jonathan Brembeck
 
Powertrain and Thermal System Simulation Models of a High Performance Electric Road Vehicle
Massimo Stellato, Luca Bergianti and John Batteh
 
A Simulation-Based Digital Twin for Model-Driven Health Monitoring and Predictive Maintenance of an Automotive Braking System
Ryan Magargle, Lee Johnson, Padmesh Mandloi, John Batteh and Anand Pitchaikani
 
Development of hierarchal commercial vehicle model for target cascading suspension design process
Kwangchan Ko, Jaehun Jo, Seungjin Heo, Daeoh Kang, Minsu Hyun and Jongchan Park
 

Mechanics-Mechatronics-Robotics

 
Interactive FMU-Based Visualization for an Early Design Experience
Volker Waurich and Jürgen Weber
 
Modeling of Roller Bearings
Tobias Weiser and Burkhard Corves
 
Modelica Spur Gears with Hertzian Contact Forces
Markus Dahl, Håkan Wettergren and Henrik Tidefelt
 
The OneWind Modelica Library for Floating Offshore Wind Turbine Simulations with Flexible Structures
Mareike Leimeister and Philipp Thomas
 
Object-oriented modelling of a flexible beam including geometric nonlinearities
Davide Invernizzi, Bruno Scaglioni and Gianni Ferretti
 
Modeling and Simulation of Wheel Driving Systems based on Terramechanics for Planetary Explanation Rover using Modelica
Hiroki Yoshikawa, Takatsugu Oda, Kenichiro Nonaka and Kazuma Sekiguchi
 
Musculoskeletal Modeling of the Hand and Contact Object in Modelica
Shashank Swaminathan and Johan Andreasson
 
Title:    Using Modelica for advanced Multi-Body modelling in 3D graphical robotic simulators
Gianluca Bardaro, Luca Bascetta, Francesco Casella and Matteo Matteucci

Control Systems

 
Investigation of the Influence of Controller Approaches on Room Thermal Behaviour – A Simulation Study
Kristin Majetta, Christoph Clauss and Christoph Nytsch-Geusen
 
Rapid development of an aircraft cabin temperature regulation concept
Alexander Pollok, Daniel Bender, Ines Kerling and Dirk Zimmer
 
Defining and Solving Hybrid Optimal Control Problems with Higher Index DAEs
Radoslaw Pytlak, Damian Suski, Tomasz Tarnawski and Tomasz Zawadzki
 
Integration of complex Modelica-based physics models and discrete-time control systems: Approaches and observations of numerical performance
Kai Wang, Christopher Greiner and John Batteh
 
Optimal Control of District Heating Systems using Dynamic Simulation and Mixed Integer Linear Programming
Loïc Giraud, Massinissa Merabet, Roland Baviere and Mathieu Vallée

Applying the Power Plant Library ClaRa for Control Optimisation
Friedrich Gottelt, Timm Hoppe and Lasse Nielsen
 
Nonlinear Model Predictive Control of a Thermal Management System for Electrified Vehicles using FMI
Torben Fischer, Tom Kraus, Christian Kirches and Frank Gauterin
 
Modelling and Simulation of Standardised Control Functions from Building Automation
Georg Ferdinand Schneider, Georg Ambrosius Peßler and Simone Steiger
 
Framework for dynamic optimization of district heating systems using Optimica Compiler Toolkit
Gerald Schweiger, Håkan Runvik, Fredrik Magnusson, Per-Ola Larsson and Stéphane Velut
 
From system model to optimal control - A tool chain for the efficient solution of optimal control problems
Manuel Gräber, Jörg Fritzsche and Wilhelm Tegethoff
 
Discrete-time models for control applications with FMI
Rüdiger Franke, Sven Erik Mattsson, Martin Otter, Karl Wernersson, Hans Olsson, Lennart Ochel and Torsten Blochwitz
 

Modelica tools & methods

 
Smart Processing of Function Calls to Achieve Efficient Simulation Code
Jan Hagemann, Patrick Täuber, Lennart Ochel and Bernhard Bachmann
 
MoVE – A Standalone Modelica Vector Graphics Editor
Nicola Justus, Christopher Schölzel and Andreas Dominik
 
Mo|E – A Communication Service Between Modelica Compilers and Text Editors
Nicola Justus, Christopher Schölzel, Andreas Dominik and Thomas Letschert
 
Towards a Standard-Conform, Platform-Generic and Feature-Rich Modelica Device Drivers Library
Bernhard Thiele, Thomas Beutlich, Volker Waurich, Martin Sjölund and Tobias Bellmann
 
A New Object-Oriented Approach for Integrating Discrete Element Method into Modelica
Christian Richter, Jürgen Weber and Florian Ohser
 
Model-based Embedded Control using Rosenbrock Integration Methods
Hans Olsson, Sven Erik Mattsson, Martin Otter, Andreas Pfeiffer, Christoff Bürger and Dan Henriksson
 
A Simulation Environment for Efficiently Mixing Signal Blocks and Modelica Components
Ramin Nikoukhah, Masoud Najafi and Fady Nassif

modelica.university: A Platform for Interactive Modelica Content
Michael Tiller and Dietmar Winkler
 
Innovations for Future Modelica
Hilding Elmqvist, Toivo Henningsson and Martin Otter

Transformation of Differential Algebraic Array Equations to Index One Form
Martin Otter and Hilding Elmqvist
 
Traceability Support in OpenModelica Using Open Services for Lifecycle Collaboration (OSLC)
Alachew Mengist, Adrian Pop, Adeel Asghar and Peter Fritzson
 
Hierarchical Semantics of Modelica
Christoph Höger
 
Solving large-scale Modelica models in OpenModelica
Willi Braun, Francesco Casella and Bernhard Bachmann
 

Electrical & Power Systems

 
Periodic Steady State Identification of electrical circuits
Martin Kuhn
 
Modelling of a Hydro Power Station in an Island Operation
Arndís Magnúsdóttir and Dietmar Winkler
 
Improved Model of Photovoltaic Systems
Dmitry Altshuller, Peter Hüsson, Christopher Jones and Leonard Janczyk
 
A Modelica VSC-HVDC Average Value Model Implementation and its Software-to-Software Validation using an EMT Power System Domain Specific Simulator
Mohammed Ahsan Adib Murad and Luigi Vanfretti
 
Simulation of Large Grids in OpenModelica: reflections and perspectives
Francesco Casella, Alberto Leva and Andrea Bartolini
  
A Modelica-based Tool for Power System Dynamic Simulations
Gladys E. Leon, Francois P. Beaude and Jean-Baptiste Heyberger

Aerospace applications

 
Rapid development of an aircraft cabin temperature regulation concept
Alexander Pollok, Daniel Bender, Ines Kerling and Dirk Zimmer
 
The DLR Environment Library for Multi-Disciplinary Aerospace Applications
Lâle Evrim Briese, Andreas Klöckner and Matthias Reiner
 
Virtual flight testing of a controller for gust load alleviation using FMI - cosimulation
Reiko Müller and Markus Ritter
 
The Jet Propulsion Library: Modeling and simulation of aircraft engines
Michael Sielemann, Anand Pitchaikani, Nithish Selvan and Majed Sammak
 
Cabin Thermal Needs: Modeling and Assumption Analysis
Florent Breque and Maroun Nemer

Improved Aerodynamic Prediction Through Coupled System and CFD Models  
Ed Tate, Joaquin Gargoloff, Brad Duncan, Hubertus Tummescheit, John Griffin and John Batteh
 

Other applications and libraries (Naval applications, Train applications, Medical applications, Modelling libraries)

 
Modelica Based Naval Architecture Library for Small Autonomous Boat Design
Thom Trentelman, Joshua Sutherland, Kazuya Oizumi and Kazuhiro Aoyama

The DLR RailwayDynamics Library: the Crosswind Stability Problem
Andreas Heckmann and Gustav Grether

Towards Medical Cyber-Physical Systems: Modelica and FMI based Online Parameter Identification of the Cardiovascular System
Jonas Gesenhues, Marc Hein, Maike Ketelhut, Thivaharan Albin and Dirk Abel
 
Sound Source Extension Library for Modelica
Johann Emhofer, Raimund Zitzenbacher and Christoph Reichl
 
Integrative physiology in Modelica
Jiri Kofranek, Tomas Kulhanek, Marek Matejak, Filip Jezek and Jan Šilar
 
 
Document Actions