Scope of the Training School
Analysis, uncertainty quantification,
validation, optimization and reduction of combustion kinetic
mechanisms
2-5 September, 2025, Institute of Chemistry, Eötvös Loránd University, Budapest, Hungary
This Training School is a part of COST Action CYPHER. The training school is open for everyone who is interested in the topics of the development and analysis of detailed combustion mechanisms.
To date, ⌛ registered trainees. The list of registered trainees.
The Action’s Training Schools provide intensive training in emerging research topics. Participants are mainly, but not exclusively, PhD students and Early-Career Investigators (i.e., researchers who received their PhD no more than 8 years ago) involved in COST Actions.
CYPHER COST action will finance the participation of about 30 trainees, covering the accommodation and travelling costs, and providing a per diem.
Registration fee EUR 120 for the trainees and EUR 50 for the accompanied persons will be charged before 31 July. The late fees (after 1 August) are EUR 150 and EUR 60. The registration fee will cover the lunches during the four days and the networking event (dinner in a restaurant).
The trainees are asked to bring their own laptop for the practical sessions.
The trainees are suggested to present a poster, but it is not mandatory. The posters will be on display during the whole training school and there will be a dedicated poster session on Tuesday afternoon.
Trainers
The lecturers and practical session holders
-
Tamás TurányiELTE, Hungary
-
Alison S. TomlinLeeds University, UK
-
Dimitris GoussisKhalifa University, UAE
-
Alessandro StagniPOLIMI, Italy
-
Timoteo DinelliPOLIMI, Italy
-
Tibor NagyHUN-REN RCNS, Hungary
-
András Gy. SzanthofferELTE, Hungary
-
Máté PappELTE, Hungary
-
Éva ValkóELTE, Hungary
Venue
Budapest, Hungary (Photo: Tibor Mester)
The lectures and computer practices will be held in room 0.83 ("Eötvös room") of the Institute of Chemistry, Eötvös Loránd University (ELTE).
Address: 1117 Budapest, Pázmány Péter sétány 1/A, Hungary
Main topics
- Reaction kinetics basics
- Sources of kinetics data
- Pathway analysis
- Local sensitivity analysis
- Global uncertainty analysis
- Uncertainty quantification
- Time-scale analysis
- Mechanism reduction
- Validation of mechanisms
- Optimization of mechanisms
- ReSpeTh information system
Hungarian Section
The COST Training School on the Analysis of Combustion Mechanisms is hosted by the Hungarian Section of the
Combustion Institute
Recommended reading
Tamás Turányi and Alison S. Tomlin:
Analysis of kinetic reaction mechanisms
Springer, 2014
with 1025 references
