She has pioneered computational technology to solve complex reactive flow problems, unifying concepts from science, mathematics, engineering, and computer science in a new methodology.
Ia merintis pengembangan teknologi komputasi untuk memecahkan permasalahan aliran reaktif yang kompleks, menyatukan konsep dari sains, matematika, teknik, dan ilmu komputer ke dalam metodologi baru.
Elaine Surick is the daughter of Herman E. Surick and the stepdaughter of Doris Luterman-Surick.
Elaine Surick adalah putri dari Herman E. Surick dan anak tiri Doris Luterman-Surick.
She is married to Daniel Oran.
Ia menikah dengan Daniel Oran.
Bryn Mawr College awarded her a bachelor's degree in both physics and chemistry (1966).
Ia meraih gelar sarjana fisika dan kimia dari Bryn Mawr College pada tahun 1966.
She then attended Yale University, where she received a master's degree from the department of physics (1968) and a Ph.D. from the department of engineering and applied sciences (1972).
Setelah itu, ia melanjutkan studi di Universitas Yale, memperoleh gelar magister dari departemen fisika (1968) dan gelar doktor dari departemen teknik dan ilmu terapan (1972).
Elaine Oran joined the Plasma Physics Division at United States Naval Research Laboratory (NRL) in 1972.
Elaine Oran bergabung dengan Divisi Fisika Plasma di United States Naval Research Laboratory (NRL) pada tahun 1972.
She has done significant theoretical and computational research on complex dynamic systems' fluid and molecular properties.
Oran telah melakukan riset teoretis dan komputasi yang penting mengenai sifat fluida dan molekul dalam sistem dinamis yang kompleks.
Her team has created many numerical algorithms and computerized models for accurate numerical simulation of reactive flows.
Timnya mengembangkan berbagai algoritma numerik dan model komputer untuk simulasi numerik aliran reaktif yang lebih akurat.
Because reactive flows occur in a broad range of important phenomena, Oran's work has enabled other investigators to examine and describe many previously unexplained reactive flow dynamics.
Karena aliran reaktif terjadi dalam berbagai fenomena penting, hasil kerja Oran memungkinkan peneliti lain menganalisis dan menjelaskan banyak dinamika aliran reaktif yang sebelumnya sulit dipahami.
As these move through space and over time, they may change chemically.
Saat bergerak dalam ruang dan waktu, materi ini dapat mengalami perubahan kimiawi.
Reactive flow problems often involve multiple processes interacting simultaneously.
Masalah aliran reaktif biasanya mencakup berbagai proses yang berinteraksi secara bersamaan.
Identifying the boundary conditions where states of matter react and how they interact is important in modeling reactive flows.
Menentukan batas-batas di mana materi bereaksi dan bagaimana interaksinya menjadi kunci dalam pemodelan aliran reaktif.
Modelling of complex reactive flows has applications in a wide variety of areas including aerodynamics, hydrodynamics, microfluidics, chemical kinetics, chemical process modeling (involving advective and diffusive transport processes as well as chemical kinetics) and combustion-related flame and detonation phenomena.
Pemodelan aliran reaktif kompleks memiliki aplikasi luas, termasuk di bidang aerodinamika, hidrodinamika, mikrofluida, kinetika kimia, pemodelan proses kimia (yang melibatkan proses transportasi adveksi dan difusi serta kinetika kimia), serta fenomena pembakaran seperti nyala api dan detonasi.
Reactive flow modeling can be applied to solar and stellar astrophysics to study novae, star formation, and cosmology.
Pemodelan aliran reaktif juga diterapkan dalam astrofisika matahari dan bintang untuk mempelajari nova, pembentukan bintang, dan kosmologi.
Oran has applied simulation methods to various issues at the Naval Research Lab.
Oran juga menerapkan metode simulasi untuk berbagai proyek di Naval Research Lab.
She has studied the fundamental physics of combustion processes, applying flow models to flames, detonations, and the conditions underlying the transition to denotation.
Selain itu, ia mempelajari fisika dasar dari proses pembakaran, menerapkan model aliran pada nyala api, detonasi, dan kondisi yang menyebabkan transisi menuju detonasi.
Her work has supported the safe storage of hydrogen fuels and other energetic materials.
Karyanya juga mendukung pengembangan metode penyimpanan hidrogen dan bahan energi lainnya secara aman.
She continues to serve as an emeritus scientist at the U.S. Naval Research Laboratory and is an adjunct professor at the University of Michigan and a visiting professor at Leeds University.
Ia juga merupakan ilmuwan emeritus di U.S. Naval Research Laboratory, dosen tambahan di Universitas Michigan, dan profesor tamu di Universitas Leeds.
Other awards, honors, and honorary memberships include, but are not limited to, the following: Hoyt C. Hottel Keynote lecture at the International Combustion Symposium, 2014 Fluid Dynamics Prize (APS), 2013, from the American Physical Society (APS) Presidential Rank Award for Distinguished Senior Professionals, from the United States Government, for exceptional long-term accomplishments, 2007 Society of Women Engineers Achievement Award, 2006 Dryden Lectureship in Research Award from American Institute of Aeronautics and Astronautics, 2002 Women in Technology International (WITI) Hall of Fame, 2002 Combustion Institute's Zeldovich Gold Medal, 2000, for "outstanding contributions to the theory of combustion and detonations.
Penghargaan, kehormatan, dan gelar kehormatan lainnya meliputi, namun tidak terbatas pada, daftar berikut: Kuliah Utama Hoyt C. Hottel pada Simposium Internasional Pembakaran, 2014 Fluid Dynamics Prize (APS), 2013, dari American Physical Society (APS) Presidential Rank Award untuk Profesional Senior Berprestasi, dari Pemerintah Amerika Serikat, atas pencapaian luar biasa jangka panjang, 2007 Penghargaan Prestasi dari Society of Women Engineers, 2006 Penghargaan Dryden Lectureship in Research dari American Institute of Aeronautics and Astronautics, 2002 Women in Technology International (WITI) Hall of Fame, 2002 Medali Emas Zeldovich dari Combustion Institute, 2000, "atas kontribusi luar biasa dalam teori pembakaran dan detonasi." Oppenheim Prize, 1999, diberikan oleh Institute for the Dynamics of Energetic and Reactive Systems, atas "kontribusi luar biasa dalam