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Publications

• 301. Innovative vehicle architecture – An opportunity to design system from ground up (2022)   -  2022-GTTC-US-Zoox-Thermal-Architecture.pdf
  Soheil Fard, Srinivasa Vaddiraju, Roshan Kasurkar, Manoj Kumar Sathiyamurthy, Manoj Kumar Sathiyamurthy, Manuel Velazquez and Paul Mueller Zoox
  
  
• 302. Inter-systems simulations: stakes and challenges (2022)   -  2022-GTTC-EU-Renault-Group-Keynote-Inters-systems-simulations.pdf
  William Becamel Renault
  
  
• 303. Rimac Technology – Always going extra mile (2022)   -  2022-GTTC-EU-Rimac-Technology-Keynote-Always-going-extra-mile.pdf
  Ivan Krajinović Rimac
  
  
• 304. A System-level Model for the Prediction of Electric Drive Unit Thermal Performance (2022)   -  2022-GTTC-EU-Rimac-Technology-Vehicle-Thermal-Electric-Drive-Unit.pdf
  Karl Hohenberg Rimac
  
  
• 305. Thermal management focused on Fuel Cell Vehicle by GT-SUITE (2022)   -  2022-GTTC-EU-Ariamis-Vehicle-Thermal-Fuel-Cell.pdf
  Michaël Sikander Ariamis Energetic Systems
  
  
• 306. VIRTUAL BENCHMARKING OF MOBILE AIR CONDITIONING SYSTEMS TO SUPPORT ‘ECO-INNOVATION’ POLICIES (2022)   -  2022-GTTC-EU-Emisia-HVAC.pdf
  Giouli Paisiou, Dimitris Besinas, Giorgos Mellios and Grigoris Koltsakis Emisia
  
  
• 307. Development of a Fuel Cell System for Maritime Applications using LNG as a Fuel (2022)   -  2022-GTTC-EU-FST-Marine-Fuel-Cell-System.pdf
  Stephan Karmann, Keval Chotalyia and Saumya Gandhi Freudenberg Fuel Cell e-Power Systems GmbH
  
  
• 308. Fuel Cell System Simulation for Heavy Duty Application (2022)   -  2022-GTTC-EU-Mahle-Heavy-Duty-Fuel-Cell-System.pdf
  Thomas Friedrich and Felix Kleinheinz Mahle International GmbH
  
  
• 309. Hydrogen Recirculation System Optimization for PEMFC (2022)   -  2022-GTTC-EU-Symbio-Hydrogen-Recirculation-System.pdf
  Emilien Sopetti Symbio
  
  
• 310. Integration of Fuel Cells and Electrolysers in Powergrid Applications (2022)   -  2022-GTTC-EU-Powercell-Fuel-Cell-and-Electrolyzer-Powergrid.pdf
  Stefan Bohatsch Powercell Group
  
  
• 311. 1D Modelling of Fuel Cell System for USV using GT-SUITE (2022)   -  2022-GTTC-EU-Bramble-USV-Fuel-Cell-System.pdf
  Puneet Jethani Bramble Energy
  
  
• 312. Enhancing a Matlab-based Scroll Simulation Tool with GT-SUITEmp (2022)   -  2022-GTTC-EU-Obrist-Engineering-Parametric-Scroll-Compressor-Modeling.pdf
  Markus Öttl Obrist Engineering
  
  
• 313. Battery Pack Design with Immersive Cooling using GT-SUITE and GT-Converge (2022)   -  2022-GTTC-EU-Valeo-Battery-Immersion-Cooling.pdf
  Jérémy Blandin and Marc Baronnier Valeo
  
  
• 314. THERMAL SIMULATION WORKFLOW FOR HIGH-PERFORMANCE E-MOTORS (2022)   -  2022-GTTC-EU-BMW-Thermal-Simulation-of-E-Motor.pdf
  Anirudh Jaipuria BMW Group
  
  
• 315. Simplified 3D Modelling of Cylindrical Battery Cells Using General Cylindrical Element With Additional Negative Thermal Resistance (2022)   -  2022-GTTC-EU-Rimac-3D-Modeling-of-Cylindrical-Cells.pdf
  Nikola Vujnović Rimac
  
  
• 316. FE Electromagnetic Approach to eMotor Cooling (2022)   -  2022-GTTC-EU-ProFEMAG-GT-FE-Electromagnetics-for-E-Motor.pdf
  Walter Egli Semafor AG
  Felix Brenner and Yogesh Nalam Gamma Technologies
  
  
• 317. Development of a 1D Multi-Physics PHEV model for Thermal and Energy Management Optimization (2022)   -  2022-GTTC-EU-Powertech-Vehicle-Thermal.pdf
  Eduardo GRAZIANO, Alessandro ZANELLI, Paolo CORRADO and Emanuele SERVETTO Powertech Engineering S.r.l.
  Dongkyu LEE, Taekyu CHANG and Kyung SONG Hyundai Motor Group
  
  
• 318. GT-Play implementation and roadmap for spreading simulation information (2022)   -  2022-GTTC-EU-Sanden-GT-Play.pdf
  Olivier Derollepot Sanden Engineering Europe
  
  
• 319. TOSHIBA’s SCiBTM rechargeable battery cell model with GT-AutoLion (2022)   -  2022-GTTC-EU-TOSHIBA-Battery.pdf
  Ryosuke Yagi Toshiba
  
  
• 320. A numerical platform to design thermal comfort solutions (2022)   -  2022-GTTC-EU-Vedecom-Cabin.pdf
  Ilango Thiagalingam Vedecom
  
  
• 321. On the layout of Hydrogen Storage System using GT-SUITE (2022)   -  2022-GTTC-EU-Faurecia-Hydrogen-700-bar-Tank-System.pdf
  Kilian Förner Faurecia
  
  
• 322. Aspects on ICE Oil system GT-ISE model accuracy – Volvo Engine Petrol VEP4 gen 3 (2022)   -  2022-GTTC-EU-Lubrication-Circuit-Modeling.pdf
  Lars-Olof Carlsson Aurobay
  
  
• 323. Cryogenic hydrogen simulation storage with GT-SUITE (2022)   -  2022-GTTC-EU-Faurecia-Hydrogen-sLH2-Tank.pdf
  Julien Hergott Faurecia
  
  
• 324. Hydrogen Specific Fuel Rail – Modelling Approach (2022)   -  2022-GTTC-EU-Keyou-Hydrogen-Rail.pdf
  Daniel Grassinger Keyou GmbH
  
  
• 325. 3D-MBD simulation model of the DuoCam (2022)   -  2022-GTTC-EU-RheinmetallAG-DuoCam-3D-MBD-Model.pdf
  Frank Seifert and Artur Hottmann Rheinmetall Group
  
  

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