Step into the history of the GTT-Technologies Users’ Meeting Archive.
Since its origins in 1999, the GTT-Technologies Users’ Meeting has provided a platform for sharing knowledge, fostering collaboration, and driving thermodynamic innovation. This archive highlights programs from past meetings between 2006 and 2018, showcasing the ideas, discussions, and developments that have shaped our community and software over the years. Many of the presentations include downloadable abstracts and slides, providing a valuable resource for deeper insight.
From thermodynamic modeling to real-world applications.
From thermodynamic modeling and phase diagrams to kinetic studies and process simulation, the archive provides a window into the most pressing topics in computational thermodynamics. These programs also highlight advances in energy efficiency, slag optimization, and high-temperature processes that have broad applications in metallurgy and beyond. Discussions on topics such as corrosion analysis, oxidation behavior, and multicomponent systems illustrate the diverse challenges being addressed by experts. The inclusion of presentations on database development and novel methodologies further highlights the progressive nature of these meetings, ensuring their relevance to both academic and industrial audiences.
Explore the Users’ Meeting Archive
Explore the years below to revisit the Users’ Meeting Archive and gain insights from the wealth of expertise shared during these events:
2018
Aqueous
Author | Institute/Company | Topic | Abstract | Presentation |
Moritz to Baben | GTT-Technologies | Opening remarks | | |
Klaus Hack | GTT-Technologies | Aqueous Phase Diagrams in FactSage 7.2 |
| |
Risto Pajarre | VTT Technical Research Centre of Finland Ltd | Aqueous solution database and modelling using the Pitzer formalism and ChemApp/ChemSheet |
| |
Petteri Kangas | VTT Technical Research Centre of Finland Ltd | Application of ChemApp models to mine water chemistry |
| |
Helge Moog | GRS – Gesellschaft für Anlagen- und Reaktorsicherheit mbH | The THEREDA project |
| |
Matti Hellström | Georg-August-Universität Göttingen | Neural network simulations for aqueous systems |
| |
Bruno Reis | GTT-Technologies | Thermodynamic database development for phase change materials |
| |
Energy Conversion, Metallurgy
Author | Institute/Company | Topic | Abstract | Presentation |
Peer Schmidt | BTU Cottbus-Senftenberg | PCM screening: the search for latent heat storage materials |
| |
Dmitry Sergeev | Jülich Research Center | PCM Screening: High Temperature Phase Change Materials |
| |
Piotr Plaza | Stuttgart University | Development of Slagging/Fouling Prediction Tool for Large Scale Boilers Fired with Coal Blends |
| |
Markus Reinmöller | TU Bergakademie Freiberg | Thermochemical modeling of the ash behavior of coals and biomasses/waste materials for co-utilization |
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Matthias Dohrn | RWE Power AG | Thermochemical calculation of solid fuels with SimuSage |
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Johan van Dyk | African Carbon Energy | Importance of mineral matter simulation and understanding in gasifier technology selection |
| |
Thorsten Tonnesen | RWTH Aachen University | Examination of the Corrosion Resistance of Calcium Hexaaluminate Based Low Cement Castables Against Biomass Slag |
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Tatjana Jantzen | GTT-Technologies | On the addition of Vanadium to GTOx |
| |
Lotte De Vos | Ghent University | Investigation of convertor slag properties and their influence on steel refining by means of thermodynamic modelling with FactSage and ChemApp |
| |
Tatsuro Izumi | Ube Industries | Steel making analysis and comparison with actual operation data |
| |
Sabrine Khadhraoui | SMS Group | The importance of computational thermodynamics in process modelling and control: The oxygen converter as an example (BOF DePhos) |
| |
Sander Arnout | InsPyro | Reactive gas injection in metallurgy: where’s the limit? |
| |
Pertti Koukkari | VTT Technical Research Centre of Finland Ltd | Comparing Mechanistic and Thermochemical Modelling of Reaction Rate-Controlled Multiphase Systems: Simulation of the Titanium(IV)Chloride Oxidiser |
| |
Moritz to Baben | GTT-Technologies | Scanning chemical compound space for radically new processing solutions: de-bismuthizing lead |
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Miscellaneous
Author | Institute/Company | Topic | Abstract | Presentation |
Keke Chang | Ningbo Institute of Industrial Technology | Study of metastable phase formation for sputtered thin films |
| |
Tanai Marin | M4Dynamics | Applications of ChemApp in Multiphysics and Discrete Event Simulations | | |
Johan Zietsman | Ex Mente | ChemAppPy Friendly Case Studies: A journey through accelerated large-scale thermochemical investigations |
| |
Ève Bélisle | Polytechnique Montréal | Fact-Web: the online version of the FactSage Software |
| |
Jean-Philippe Harvey | Polytechnique Montréal | Exploration of new low-cost first-generation high entropy alloys using FactSage |
| |
Guixuan Wu | GTT-Technologies | Current state of the Viscosity Calculator |
| |
Stephan Petersen | GTT-Technologies | ChemApp, SimuSage, ChemSheet: Current Developments | | |
Moritz to Baben | GTT-Technologies | FactSage 7.3 | | |
2017
Author | Institute/Company | Topic | Abstract | Presentation |
Klaus Hack, Moritz to Baben | GTT-Technologies | Opening remarks | | |
Risto Pajarre | VTT Technical Research Centre Finland | Additional constraints and work terms in Gibbs energy minimisation with ChemApp and ChemSheet |
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Klaus Hack | GTT-Technologies | Thermochemical Modelling in the BOFdePhos Project |
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Sabrine Khadhraoui | SMS Group | BOF DePhos part II: Experimental investigation of the kinetics of the converter process and their relevance to multi-zone-models |
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Van Bohemen | Tata Steel | Predicting the Ms temperature of steels with a thermodynamic based model including the effect of the prior austenite grain size |
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William Mao | TU Delft | Preferential oxidation in steels |
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Michael Auinger | Warwick University | Corrosion of alloys at high temperatures – Synergies between experiment and thermodynamic modelling using ChemApp |
| |
Axel Kranzmann | BAM Berlin | Comparison of equilibrium calculations and real corrosion scales. Useless or necessary? |
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Andreas Lennartsson | Luleå University | Application of FactSage in education within Process Metallurgy at Luleå University of Technology |
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Author | Institute/Company | Topic | Abstract | Presentation |
Klaus Hack | GTT-Technologies | The GTT-Oxides database |
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Elena Yazhenskikh | Jülich Research Center | Database development for the HotVeGas project |
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Tatjana Jantzen | GTT-Technologies | Addition of Titanium oxides to the GTT-Oxides database |
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Guixuan Wu | Jülich Research Center | Modelling Viscosity of Molten Oxides (HotVeGas Part III) |
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Sören Seebold | Jülich Research Center | About the Influence of Crystallization onto the Flow Behavior of Oxide Melts |
| |
Matthias Dohrn | Jülich Research Center | Modelling of coal combustion with SimuSage within the VerSi Project |
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Johan van Dyk | African Carbon Energy | Thermo chemical
simulation of a coal gasification process |
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Andy Watson | SGTE | Challenges in the development of large thermodynamic databases |
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Georg Huhs | Centro Nacional de Supercomputacion, Barcelona | The NOMAD Encyclopedia: Getting access to millions of calculated materials properties |
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Moritz to Baben | GTT-Technologies | Thermodynamic database development based on ab initio calculations: challenges and opportunities |
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Keke Chang | RWTH Aachen | Phase stability and elastic properties of metallic solid solution phases by Calphad and ab initio calculations |
| |
Sida Liu | RWTH Aachen | Thermodynamic description and experimental investigation of nitrides |
| |
Michael Schick | GTT-Technologies | The GTT-Aluminum database |
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Thiemo Brüggemann | Hydro Aluminium | Through-process multiscale modelling of Aluminum sheet production |
| |
Elisa Capelli | Delft University of Technology | Thermochemistry of fuel, fission products and corrosion products in Molten Salt Reactor |
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Author | Institute/Company | Topic | Abstract | Presentation |
Rainer Backman | Umeå University | Predictions of slag formation, flow behaviour, and refractory interactions during pressurised entrained-flow gasification of biomass/peat mixtures |
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Bruno Reis | GTT-Technologies | GTT-Technologies contributions to the „Energiewende“: The Düsol and PCM projects |
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Sander Arnout | InsPyro | Applications of thermodynamics in rare earth recycling research |
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Markus Reuter | Helmholtz Institute Freiberg for Resource Technology | Digitalizing the Circular Economy |
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Rainer Schmid-Fetzer | TU Clausthal | Magnesium alloys and oxygen |
| |
Hans Seifert | Karlsruhe Institute of Technology | Thermodynamics of Lithium Batteries – The DFG Priority Programme “WeNDeLIB” |
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Johan Zietsman | Ex Mente | Friendly analysis, visualisation and modelling with ChemApp and Python |
| |
Stephan Petersen | GTT-Technologies | ChemApp, SimuSage, ChemSheet: Current developments | | |
Moritz to Baben | GTT-Technologies | FactSage 7.2 | | |
2016
Author | Topic | Abstract | Presentation |
B. Friedrich | The BiRec Project, coming soon |
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M. Falter | Industrial production of YBCO high temperature superconducting tapes |
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K. Chang | Thermodynamic dataset of electrode materials in lithium ion batteries |
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M. to Baben | Thermodynamics of thin films |
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K. Chang | Modeling of metastable phase formation diagrams for sputtered thin films |
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M. Dohrn | Experimental investigations of coal ashes for the VerSi Project |
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K. Hack | A database and a multi-stage SimuSage Model for the investigation of deposit formation in coal fired power plants (VerSi) |
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B. Risio | CFD Modelling of Power Station Boilers for the VerSi Project |
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S. Arnout | The importance of thermodynamics for business intelligence tools |
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T. Jantzen | Addition of Cerium and Cesium to a database for B2O3-FeOx-UOx-ZrO2 |
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E. Yazhenzkikh | Database development for the HotVeGas project, Part I |
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G. Wu | Modelling viscosity of molten oxides , HotVeGas Part II |
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J. Röthig | The Practical Side of the Project WnM |
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M. to Baben | Phase Diagrams and Phase Distribution Diagrams for the WnM Project |
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K. Jahns | Experimental Phase Investigations for the WnM Project |
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R. Kemsies | Calorimetry on pure substances and complex non-equilibrium Al-systems |
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M. Afshar | Experimental investigations and modelling of phase transformations |
| |
M. Schick | Data assessments for the ALLEE Project |
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D. Sergeev | Calorimetric investigations in multi-component salt systems |
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T. Izumi | Simulation for burning process of magnesia clinker |
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B. Derin | Some Computational Studies on Steelmaking Processes by FactSage |
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F. Defoort | Using FactSage to study the behavior of inorganic matter in thermal conversion of biomass |
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J. Zietsman | Accelerating Thermochemical Equilibrium Calculations for Multiphysics Modelling Applications |
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A. Donchev | The fluorine effect for the high temperature oxidation protection of Ti-based alloys: A thermodynamic approach |
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A. Paul | Practical Applications of FactSage at VOEST Donawitz |
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S. Petersen | A model for prediction of precipitate formation during steel making |
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K. Hack | Various thermochemical aspects of the BOFdePhos project |
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J. Zietsman | A Python interface for ChemApp |
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K. Pentillä | ChemSheet application modelling |
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M. to Baben | Scheil phase formation diagrams in FactSage 7.1 | |
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2015
Author | Topic | Abstract | Presentation |
B. Derin | University Based Research Studies aided by Factsage |
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F. Greffrath | Investigation of oxide systems by aero-acoustic levitation |
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S. Babat | Investigation of deposit formation and its characterisation for a pulverised bituminous coal |
| |
R. Obenaus-Emler | CFD-Simulation of natural gas combustion and its application to tunnel kiln firing |
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B. Bulfin | Recovering Solar Energy by a Thermochemical Cycle Process |
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S. Arnout | Recovery of phosphorus from sewage sludge ash |
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M. Suzuki | Thermodynamic Databases Development in the System U-Zr-Ce-Cs-Fe-B-C-I-O-H and Its Application to Simulating Phase Equilibria in Multicomponent Debris in Nuclear Accidents |
| |
B. Reis | A Thermodynamic model for the Waelz Kiln |
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J.C. van Dyk | Value of thermodynamic equilibrium simulations in underground coal gasification and other coal conversion technologies |
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E. Yashenzkikh | Database development for the HotVeGas project, Part I |
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T. Jantzen | Database development for the HotVeGas project, Part II |
|
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G. Wu | Modelling viscosity of molten oxides (HotVeGas) |
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W. Bielefeldt | A study on slag viscosities in secondary steel making |
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M. Reinmöller | Slag-induced corrosion of chromium oxide-free refractory materials under simulated gasification conditions: a multi-step modeling approach using FactSage |
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A. Pisch | Chlorine in Clinker |
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D. Sergeev | Experimental investigations and data assessment for the system Na,K // Cl, NO3 |
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P. Kangas | Applications of the constrained Gibbs energy method in modelling thermal biomass conversion |
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R. Warnecke | Thermochemical aspects of waste incineration |
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T. Schreck | SimuSage based simulation of a coal fired boiler |
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T. Jantzen | Development of a sulphide database for SGTE |
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S. Martinez de Puente | Production of thick walled castings in duplex stainless steels using equilibrium phase calculations |
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M. Auinger | The role of Oxygen and Hydrogen in Steel Processing |
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T. Izumi | Study on energy-saving operation of electric furnace steel manufacturing |
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M. Schlautmann | Dynamic on-line monitoring and end-point control of dephosphorisation in the BOF converter process |
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E. Jipnang | SimuSage Modelling for BOFdePhos, Part I |
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P. Monheim | SimuSage Modelling for BOFdePhos, Part II |
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K. Hack | Present State of the BOFdePhos database |
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2014
Author | Topic | Abstract | Presentation |
S. Louhenkilpi | IDS – Solidification Analysis Package for Steels |
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H. Sarriegi | Computational Thermodynamics Coupled Macro-Microscale, Modelling of Industrial Castings |
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A. Loeffler | Simulating mushy zone resolidification for multiphase and multicomponent alloys using ChemApp |
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L. Zhang | Thermodynamic database development of the Al2O3 -CaO-SiO2-M2O (M=K, Na) systems |
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T. Jantzen | Incorporation of MnOx as well as Sulphur into the HotVeGas Oxide database |
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E. Yazhenskikh | Including SO3 into the HotVeGas Oxide database |
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K. Dönecke | Combined modelling and experimental study on the alkali phosphates |
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G. Wu | Further progress in modelling slag viscosities on the basis of the HotVeGas Oxide database |
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V. Mohles | The Allee project – Linking thermodynamics and diffusion with materials properties |
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J. Van Dyk | Applying Thermo 350M underground – a FactSage equilibrium study for underground coal gasification |
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O. Almpanis-Lekkas | Development of a multizone melter-gasifier model in gPROMS with ChemApp multicomponent/multiphase equilibrium calculations |
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D. Friedmann | Selected fields of application for FactSage-Modelling in nonferrous metallurgy |
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S. Arnout | Modelling of non-ferrous processes and the importance of the gas phase |
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M. Auinger | Understanding localised corrosion phenomena by using the synergies of thermodynamics and diffusion |
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U. Krupp | Modelling Internal Corrosion of High Temperature Alloys |
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R. Pajarre | Constrained and generalized Free energy models using ChemSheet |
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T. Schreck | Thermochemical modelling of a coal fired boiler |
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T. Izumi | Simulation Analysis for Clinker Manufacturing Process and Support of Resolving Production |
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D. Cupid | Thermodynamic Modelling and Experiments in Systems Evaluated in the WENDELIB priority program for Li-ons batteries |
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R. Konings | Molten Salt Reactor fuel: experiments and assessments on metal fluoride phase diagrams |
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M. Schick | Odd data behaviour in the SGTE Solution database |
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S. Petersen, B. Reis | Implementing SimuSage into the LAZARUS environment |
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K. Hack | News about FactSage Version 7.0 | |
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2013
Author | Topic | Abstract | Presentation |
M. Schick | The data clearing house in the WENDELIB Li-battery project |
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T. Markus | Thermochemical investigations, data determination, and FactSage calculations for Li-ion batteries |
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D. Cupid | Thermodynamic assessments of systems evaluated in the WENDELIB priority program for Li-ion batteries |
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M. Yokota | Development of New Advanced Simulation Technology for Cement Making Process |
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A. Pisch | The use of Calphad Thermodynamics in Building Materials Industry |
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H. Moog | THEREDA Database Project: Extensions of the Pitzer database with respect to phosphate, alkaline earth metal sulphates, heavy metals, and fission products – first results |
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T. Jantzen | Addition of MeS and MnOx to the GTOx database |
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E. Yazhenskikh | Incorporation of P2O5 into the oxide core database with Al, Si, Ca and Mg |
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G. Wu | Use of the Oxide database in modelling of multi-component slag viscosities |
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W. Bielefeldt | Thermodynamic evaluation of the slag system CaO-MgO-SiO2-Al2O3 |
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P. Yan | Slag-steel-inclusions interaction focusing on the steel cleanliness |
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P. Kurowski | Slag modelling based on coal ash compositions |
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R. Marro | High temperature combustion of biomass in an entrained flow reactor |
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A. Stephan | Equilibrium calculations for sulphate reactions in biomass combustion |
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P. Kangas | Modelling the super-equilibrium of sodium, potassium, sulphur and chlorine in the recovery boiler fume |
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T. Schreck | Coal Ash behaviour in a Power Plant |
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A. Lennartsson | Minor elements in copper converting |
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S. Arnout | Modelling lead recycling processes |
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M. Auinger | Phase Diagrams with FactSage – Speaking different Languages for Thermochemical Properties |
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S. Petersen | Current development work on ChemApp and SimuSage | |
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K. Hack | The new Hard Metals database by Spencer Group, News on FactSage |
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2012
Gunnar Eriksson Symposium
Author | Topic | Presentation |
H.-J. Seifert | Thermodynamics of Lithium Battery Materials |
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D. Lindberg | Thermodynamic Modeling of Biomass Combustion and Ash Chemistry Applications |
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J. Pötschke | Consequences of Humid Refractories in Vacuum Metallurgy |
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P. Scheller | Modification of Inclusion Composition in Steel During Secondary Metallurgical Ladle Treatment -A Comprehensive Process Simulation Model |
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P. J. Spencer | From Solgas to FactSage 6.3 – A Tribute to Gunnar Eriksson |
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P. J. Spencer | The Gunnar Eriksson Saga – A Tribute to Gunnar Eriksson |
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Users’ Meeting
Author | Topic | Abstract | Presentation |
G. Wu | Coupling Gibbs Energy and Viscosity Modelling |
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B. Björkman | Application of FactSage and SimuSage Calculations in Research and Education within Process Metallurgy at Luleå University of Technology | |
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D. Rzehak | Accelerated Vacuum Decarburization of Molten Steel by Combination of Oxygen and Metal Oxides |
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W. V. Bielefeldt | Study of Formation and Modification of Inclusions in Al-Killed Ca-Treated Steel |
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T. Jantzen | Addition of CaF2 and P2O5 to the Thermodynamic Database for CaO-MgO-Al2O3-CrOx-FeOx-SiO2 System |
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S. Arnout | Phosphorus in Slag and Modelling of the RecoPhos Process |
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S. Guhl | Thermodynamic Modelling of the Behaviour of Mineral Matter in the BGL-Gasification Process |
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P. Koukkari | Use of ChemSheet and KilnSimu for Material and Energy Saving Processes |
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M. Yokota | Innovative Fundamental Technology Development for Cement Making in Japan |
|
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A. Kaiser | Experimental Determination of Phase-Equilibria and Thermo-Physical Properties at Temperatures up to 3000°C by Aerodynamic-Acoustic Levitation |
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A. Pisch | Phase Equilibria and Thermodynamics in the CaO-Al2O3-B2O3 Ternary System in Air |
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T. Schreck | Thermochemical Qualification of Rheinisch Lignite Used for Coal Dust-fired Boilers |
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M. Auinger | Internal Oxidation and Nitridation of Hot Rolled Steels – A Theoretical Study and its Experimental Verification |
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R. Emler | Starting from the Local Equilibrium or Coming from the Fluid Dynamic End: A Comparison of Methodologies in Process Modeling |
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S. Khadhraoui | Usage of Thermochemical Calculations in SMS Siemag AG |
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T. Markus | Experimental Investigation of Thermochemical Data for Li-Based Systems Relevant for Battery Applications |
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A. Dinsdale | Thermodynamic Databases for Lead Free Solders |
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K. Hack | The THEREDA Database Project and the Use of its Data in ChemApp and ChemSheet |
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G. Eriksson | Calculation and Interpretation of Projections of the Temperature of First Melting | |
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S. Petersen | Fact-Function-Builder & FactOptimal in FactSage 6.3 |
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2011
Author | Topic | Abstract | Presentation |
M. Auinger | Grain Boundary Oxidation Processes and High Temperature Corrosion |
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M. Bäcker | Production of High Temperature Superconducting Tapes enhanced by Computational Thermochemistry |
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P. Drozdz | Simulation of Deoxidation and Refining Process Using SimuSage |
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B. Gorr | An Extension of the Data-file for the System Co-Re-Cr-C-O: Sourced and Restrictions of the Application |
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K. Hack | Some new and useful features of FactSage |
|
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J. Heulens | Phase Field Modeling of Isothermal Slag Crystallization Using FACT Databases |
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T. Jantzen | Progress in data assessments for the HotVegas project |
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E. Jipnang | Industrial Application of SimuSage for Metallurgical Processes Simulation |
|
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Y. Kang | Thermodynamic Databases and Their Applications for Sulfur Control in Steelmaking |
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B. Klaasen | Exergetic efficiency analysis of a pyrometallurgical zinc recycling process |
|
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P. Koukkari | From Pyro to Bio: Applications of the Constrained Gibbs Energy Method |
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T. Markus | Investigations of Degradation Phenomena in High Temperature DischargeLamps using Thermochemical Modelling |
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H. Moog | THEREDA – The Thermodynamic Reference Database for Nuclear Waste Disposal in Germany |
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Y. Nagano | Thermodynamic Software in Japanese Market |
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R. Naraparaju | CorrKin – Simulating the Growth of Corrosion Layers |
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M. Rettenmayr | SolKin – Computer Program Simulating the Evolution of Concentration Distributions and Microstructural Features During Solidification of Multicomponent Aluminum Alloys |
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T. Tanaka | Collaboration between Osaka University and GTT Some examples of Calculation for Material Processing at High Temp. by the FactSage Family |
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R. Vomhof | New Material Design Leads to an Other Casting Quality – Solidification, Stress, Mechanical Properties |
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E. Yazhenskikh | Thermodynamic Optimisation of the System Al2O3-K2O-Na2O-SiO2 |
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2010
Author | Topic | Abstract | Presentation |
M. Auinger | Grain Boundary Oxidation Processes and High Temperature Corrosion |
|
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M. Bäcker | Production of High Temperature Superconducting Tapes enhanced by Computational Thermochemistry |
| |
P. Drozdz | Simulation of Deoxidation and Refining Process Using SimuSage |
|
|
B. Gorr | An Extension of the Data-file for the System Co-Re-Cr-C-O: Sourced and Restrictions of the Application |
|
|
K. Hack | Some new and useful features of FactSage |
|
|
J. Heulens | Phase Field Modeling of Isothermal Slag Crystallization Using FACT Databases |
|
|
T. Jantzen | Progress in data assessments for the HotVegas project |
|
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E. Jipnang | Industrial Application of SimuSage for Metallurgical Processes Simulation |
|
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Y. Kang | Thermodynamic Databases and Their Applications for Sulfur Control in Steelmaking |
|
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B. Klaasen | Exergetic efficiency analysis of a pyrometallurgical zinc recycling process |
|
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P. Koukkari | From Pyro to Bio: Applications of the Constrained Gibbs Energy Method |
|
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T. Markus | Investigations of Degradation Phenomena in High Temperature DischargeLamps using Thermochemical Modelling |
|
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H. Moog | THEREDA – The Thermodynamic Reference Database for Nuclear Waste Disposal in Germany |
|
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Y. Nagano | Thermodynamic Software in Japanese Market |
|
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R. Naraparaju | CorrKin – Simulating the Growth of Corrosion Layers |
|
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M. Rettenmayr | SolKin – Computer Program Simulating the Evolution of Concentration Distributions and Microstructural Features During Solidification of Multicomponent Aluminum Alloys |
| |
T. Tanaka | Collaboration between Osaka University and GTT Some examples of Calculation for Material Processing at High Temp. by the FactSage Family |
| |
R. Vomhof | New Material Design Leads to an Other Casting Quality – Solidification, Stress, Mechanical Properties |
|
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E. Yazhenskikh | Thermodynamic Optimisation of the System Al2O3-K2O-Na2O-SiO2 |
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2009
Author | Topic | Abstract | Presentation |
S. Arnout | Phase Relations in Stainless Steel Slags |
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R. Emler | Prediction of the volatile recirculation in cement rotary kilns by means of process simulation |
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S. Enestam | STEAMAX – A novel approach for corrosion prediction, material selection and optimization of steam parameters for combustion of bio and waste derived fuels and fuel mixtures |
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S. Fischer | Simulation of Wall Corrosion of High-Energy-Discharge Lamps |
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Z. Liu | Prediction of the precipitation kinetics in the recycled Aluminum Alloy with ClaNG model |
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M. Rettenmayr | Solidification and melting – asymmetries and consequences |
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M. Schick | Measurement and Simulation of Surface Tension of Liquid Steels |
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R. Stoffel | ab initio Thermochemistry |
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J. van Dyk | The Use of Thermo-Equilibrium Simulation (FactSage) for Inorganic Mineral Matter Transformation in Gasification Value Addition to Coal and Gasification Research |
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E. Yazhenskikh | Thermodynamic optimisation of the systems K2O-Al2O3-SiO2 and Na2O-Al2O3-SiO2 |
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J. Zietsman | Integrating Thermochemistry into the Plant with Ex Mente ProcessSolution |
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D. Saulov | Software for Calculating Viscosities of Molten Oxides |
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D. Saulov | A fully consistent approach for an associate solution model |
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K. Uebel | Presentation of the research-project ‘HotVeGas’ and coupling of ChemApp© with OpenFOAM® |
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2008
Author | Topic | Abstract | Presentation |
U. Dahlmann | FactSage @ SCHOTT – Chemical Interaction Along the Process Line of Glass Production |
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I. Amamoto | Use of Thermodynamic Simulation for Preliminary Study on Electrolyte Recycle Process by Phosphate Conversion Technique |
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J. van Dyk | Viscosity Predictions of the Slag Compositions of Gasified Coal, Utilizing FactSage Equilibrium Modelling |
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P. Drozdz | Modelling of Argon Process Refining Based on Equilibrium State Analysis of Metal Bath – Slag Reactions and Tank Model Theory |
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R. Großterlinden | Using Computational Thermochemistry in a Steelmaking Environment |
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S. Wenzel | A Thermochemical Model of a Reforming Process Using Hydrocarbon Fuels, which is Included in a Fuel Cell System |
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B.Derin | University Based Research Studies Aided by FactSage Simulation Program |
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S. Martens | Coupling of Thermodynamic Equilibrium Libraries with a Multidimensional CFD Solver – Application and Potential |
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R. Konings | A Thermodynamic Database for Salt Systems in Nuclear Applications |
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A. Dinsdale | A Thermodynamic Database for Solder Systems |
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T. Markus | Experimental Determination of Thermodynamic Properties |
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R. Stoffel | ab initio Computational Materials Science |
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E. Yazhenzkikh | Thermochemical Assessments for Alkali-containing Oxide Systems with Silica and Alumina |
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T. Tanaka | Neural Network Approach to Slag Viscosity / SlagVis |
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A. Kondratiev | On the Thermochemical Modelling of Viscosities of Liquid Oxide Mixtures |
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I. Egry | Measuring Surface Tension of Liquid Metals Using Levitation Melt Methods |
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C. Honsel | The Need for Thermochemical and Thermophysical Property Data in the Modelling of Casting Processes |
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T. Ginsberg | General Considerations for Process Modelling on a Thermochemical Basis |
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M. Spiegel | Corrosion of Heat Exchanger Materials |
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R. Naraparaju | InCorr for Windows – A new software for simulating corrosion phenomena |
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B. Blanpain | ChemApp as a Tool to Study Pyrometallurgical Processes: K.U. Leuven Examples and Perspectives |
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C. Weber | Estimation of Corrosion Risks Caused by Alkali-Species in Oxyfuel Processes |
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O. Engler | The Use of Computer Simulation of the Microstructure of Al-Alloys in Industrial Practice |
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R. Pajarre | Calculation of Solidification of Steels Under Back-diffusion Conditions Using ChemSheet |
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M. Rettenmayr | Scheil or Lever Rule? – Modelling the Kinetics of Solidification |
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M. Xie | Advances in Modelling Salt Stock Deposition of Nuclear Wastes |
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S. Lachmann | Formation and Modification of Non-metallic Inclusions Through Slags During Ladle Treatment |
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S. Petersen | Current ChemApp Projects |
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S. Guhl | Using SimuSage for The Modelling of Diverse Processes in Energy Conversion |
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R. Emler | Dynamic Programming Using the SimuSage Component Library and its Application to the Simulation of the Cement Clinker Burner Process |
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2007
Author | Topic | Abstract | Presentation |
A. Pisch | Thermochemical Assessments of Multi-component Salt Systems |
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E. Yazhenskikh | Thermochemical Assessments of Alkali Oxide – Al2O3 – SiO2 Systems |
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H. Moog | Transport Model for the Behaviour of Nuclear Wastes in Salt Stocks |
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S. Fischer | Chemical Transport in High Intensity Discharge Lamps |
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M. Yokota | Thermochemical Process Modelling of a Cement Plant |
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W. Van Wassenhove | Improvements of the ASPEN Plus – ChemApp – FactSage Interface |
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R. Backman | Modelling the Cement Process |
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E. Jannot | The ClaNG+ Project – Modelling Microstructure of Al-Recycling Alloys |
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M. Rettenmayr | Modelling Microstructure on Solidification |
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K. Weiß | Coupling Thermochemistry to Classical Soldification Modelling |
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A. Bimüller | Thermochemical Aspects of Waste Treatment |
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E. Woermann | Thermochemistry of Geothermal Waters – The Black Smoker Environment |
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R. Pajarre | A Thermochemical Approach to Thermophysical Properties – Modelling Surface and Interfacial Tension of Liquids |
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P. Drozdz | Metallurgical Applications of FactSage |
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S. Arnout | Modelling and Experiments Pertaining to Stainless Steel Making |
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A. Kaiser | Ceramic and Refractory Applications of FactSage |
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W. Khan | Speeding up ChemApp by Parallel Processing |
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J. van Dyk | Mineral Matter Transformation During Sasol-Lurgi Fixed Bed Dry Bottom Gasification – Utilization of HT-XRD and FactSage Modelling |
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K. Hack | 3D-Phase Diagrams – The Next Step Towards a New Interactive Tool |
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2006
Author | Topic | Abstract | Presentation |
M. Muhammadieh | Thermochemical modelling of the combustion of Rheinland lignite coal (Application of SimuSage) |
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M. Weghaus | CFD simulation of chloride-containing flue dust in waste incinerators by coupling ChemApp and CFX |
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N. Jones | The application of ChemApp in steelmaking process models |
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K. Verweij | Gas reduction in FactSage – influence of reductant and pressure on reduction of FeOx |
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J.-C. Stoephasius | Kinetics of the calcium-evaporation from active CaF2-slags during pressure electro slag remelting |
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S. Gorr | Coupling diffusion and local equilibrium in modelling oxidation, nitridation and carburisation |
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K. Pentillä | ChemSheet as a process modelling tool – case studies |
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K. Weiss | Modelling casting processes coupled with thermochemistry |
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K. Penttilä | The concept and use of BALAS |
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K. Penttilä | The concept and use of KilnSimu |
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K. Penttilä | Linking FLUENT and ChemApp for the simulation of a stirred water tank |
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