A Methodology for Prediction of Unburned Fuel Emissions from Large Gas Engines Based on Simulation

Dimitar Dimitrov; Gernot Kammel; Erich Egert; Constantin Kiesling; Nicole Wermuth

A Methodology for Prediction of Unburned Fuel Emissions from Large Gas Engines Based on Simulation

Dimitar Dimitrov^*
, Gernot Kammel
, Erich Egert
, Constantin Kiesling
, Nicole Wermuth

^*Corresponding author for this work

Research output: Chapter in Book/Report/Conference proceeding › Conference paper

Original language	English
Title of host publication	Transport, Ecology - Sustainable Development. 31st Scientific and Technical Conference EKO Varna 2025
Editors	Hristov Rosen
Place of Publication	Varna
Publisher	Publishing House TU Varna (Издателство ТУ-Варна)
Pages	5-9
Number of pages	5
Publication status	Published - 29 Sept 2025
Event	31st Conference EKO Varna 2025: Transport, Ecology - Sustainable Development - Rosslyn Dimyat Hotel Varna, Varna, Bulgaria Duration: 19 Jun 2025 → 21 Jun 2025 Conference number: 31 https://ecovarna.org/index.en.html

Publication series

Name	Transport, Ecology - Sustainable Development - Proceedings of the technical and scientific conference EKO Varna
Volume	Volume 32
ISSN (Print)	2367-6299
ISSN (Electronic)	2367-6965

Conference

Conference	31st Conference EKO Varna 2025
Country/Territory	Bulgaria
City	Varna
Period	19/06/25 → 21/06/25
Internet address	https://ecovarna.org/index.en.html

Fields of Expertise

Sustainable Systems

Access to Document

Dimitrov-CP-A methodology for prediction of unburned fuel emissions-EKO_Varna_2025Final published version, 503 KBLicence: CC BY 4.0

Cite this

Dimitrov, D., Kammel, G., Egert, E., Kiesling, C., & Wermuth, N. (2025). A Methodology for Prediction of Unburned Fuel Emissions from Large Gas Engines Based on Simulation. In H. Rosen (Ed.), Transport, Ecology - Sustainable Development. 31st Scientific and Technical Conference EKO Varna 2025 (pp. 5-9). (Transport, Ecology - Sustainable Development - Proceedings of the technical and scientific conference EKO Varna; Vol. Volume 32). Publishing House TU Varna (Издателство ТУ-Варна).

A Methodology for Prediction of Unburned Fuel Emissions from Large Gas Engines Based on Simulation. / Dimitrov, Dimitar; Kammel, Gernot; Egert, Erich et al.
Transport, Ecology - Sustainable Development. 31st Scientific and Technical Conference EKO Varna 2025. ed. / Hristov Rosen. Varna: Publishing House TU Varna (Издателство ТУ-Варна), 2025. p. 5-9 (Transport, Ecology - Sustainable Development - Proceedings of the technical and scientific conference EKO Varna; Vol. Volume 32).

Research output: Chapter in Book/Report/Conference proceeding › Conference paper

Dimitrov, D, Kammel, G, Egert, E, Kiesling, C & Wermuth, N 2025, A Methodology for Prediction of Unburned Fuel Emissions from Large Gas Engines Based on Simulation. in H Rosen (ed.), Transport, Ecology - Sustainable Development. 31st Scientific and Technical Conference EKO Varna 2025. Transport, Ecology - Sustainable Development - Proceedings of the technical and scientific conference EKO Varna, vol. Volume 32, Publishing House TU Varna (Издателство ТУ-Варна), Varna, pp. 5-9, 31st Conference EKO Varna 2025, Varna, Bulgaria, 19/06/25.

Dimitrov D, Kammel G, Egert E, Kiesling C , Wermuth N. A Methodology for Prediction of Unburned Fuel Emissions from Large Gas Engines Based on Simulation. In Rosen H, editor, Transport, Ecology - Sustainable Development. 31st Scientific and Technical Conference EKO Varna 2025. Varna: Publishing House TU Varna (Издателство ТУ-Варна). 2025. p. 5-9. (Transport, Ecology - Sustainable Development - Proceedings of the technical and scientific conference EKO Varna).

Dimitrov, Dimitar ; Kammel, Gernot ; Egert, Erich et al. / A Methodology for Prediction of Unburned Fuel Emissions from Large Gas Engines Based on Simulation. Transport, Ecology - Sustainable Development. 31st Scientific and Technical Conference EKO Varna 2025. editor / Hristov Rosen. Varna : Publishing House TU Varna (Издателство ТУ-Варна), 2025. pp. 5-9 (Transport, Ecology - Sustainable Development - Proceedings of the technical and scientific conference EKO Varna).

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