Experimental study of superhydrophobic coating effects on dynamic ice accretion ice accretion process along S-1223 airfoil

Autor: Muhammed, Manaf, Dhulipalla, Anvesh, Sista, Harsha, Digavalli, Kiran, Virk, Muhammad Shakeel, Khawaja, Hassan Abbas, Hu, Hui

Publikováno v: Muhammed M, Dhulipalla, Sista, Digavalli, Virk MS, Khawaja HA, Hu H: Experimental study of superhydrophobic coating effects on dynamic ice accretion ice accretion process along S-1223 airfoil. In: Virk MS, Nygaard BEK, Pettersen J, Olsen M, Kvernelv WB, Khawaja HA, Sveen SES, Han X, Lotfi A, Fikke SM, Holdø AE, Adeel Y, Adum, Yin, Momen G, Qin H, Hui, Gutman I, Jin J, Kollár, Huang M, Muhammed M, Badran O, Sokolov P, Hann R, Farokhi, Karlsson T, Janjua, Farzaneh, Mitten, Jiang X, Huang, Šabata, Makkonen L, Bodo, Eliasson ÁJ, Kimura S, Ozeki, Chereshnyuk, Jones, Lacavalla M. 20th International Workshop on Atmospheric Icing ofStructures (IWAIS 2024) Conference Proceedings, 2024. UiT The Arctic University of Norway p. 74-78

Externí odkaz: https://hdl.handle.net/10037/35345

Finite element modeling of coating thickness using heat transfer method

Autor: Li, Yafeng, Dhulipalla, Anvesh, Zhang, Jian, Park, Hye-Yeong, Jung, Yeon-Gil, Koo, Dan Daehyun, Zhang, Jing

Publikováno v: In CIRP Journal of Manufacturing Science and Technology January 2021 32:249-256

Thickness Prediction of Deposited Thermal Barrier Coatings using Ray Tracing and Heat Transfer Methods

Autor: Dhulipalla, Anvesh

Indiana University-Purdue University Indianapolis (IUPUI)
Thermal barrier coatings (TBCs) have been extensively employed as thermal protection in hot sections of gas turbines in aerospace and power generation applications. However, the fabricati

Externí odkaz: https://hdl.handle.net/1805/24763