The 1st International Workshop on Near Limit Flames

1736346 Ju参加技术会议的经验对学生非常有益。这些经验不仅会帮助学生？专业发展，也激发他们的批判性思维，制定未来的研究方向。该奖项部分支持研究生参加2017年7月29日至30日在波士顿大学举行的第一届近极限火焰国际研讨会的旅费。本次研讨会是燃烧科学与工程领域的一次重要会议。本次会议的报告代表了极端条件下燃烧火焰的最新研究成果。会议通过全体会议讲座和口头报告促进了燃烧火焰研究成果的交流。大约80%的能量转换是通过燃烧完成的，这与环境的可持续性密切相关。现代燃烧系统通常在接近可燃极限的条件下操作，以实现高效率。极端的发动机操作条件和燃料的急剧变化显著地改变了火焰状态和动力学。因此，有必要推进近极限火焰动力学的基本理解。本次研讨会将讨论近极限火焰动力学的最新进展和挑战，并制定未来的理论，计算和实验研究的合作。了解近极限火焰动力学对于控制燃烧过程和设计用于清洁能源和可持续环境的先进燃烧系统至关重要。

1736346 JuExperiences in attending technical conferences are extremely beneficial to students. These experiences will not only help with the students? professional development, but also stimulate their critical thinking in formulating future research directions. This award is to partially support the travel expenses of graduate students in attending the First International Workshop on Near Limit Flames, held at Boston University, July 29 to 30, 2017. This workshop is an important meeting on combustion science and engineering. Presentations in this conference represent the most updated research outcome in combustion flame at extreme conditions. The conference facilitates the exchange of combustion flame research results through plenary lectures and oral presentations. Approximately 80% of energy conversion is accomplished by combustion, which is critically relevant to environmental sustainability. Modern combustion systems often operate at conditions that are near the flammability limit in order to achieve high efficiency. The extreme engine operating conditions and drastic change in fuels have significantly changed the flame regime and dynamics. As such, it is necessary to advance the fundamental understanding of near-limit flame dynamics. This workshop will discuss the recent progresses and challenges and to formulate future collaborations in theoretical, computational, and experimental studies of near-limit flame dynamics. Understanding the near-limit flame dynamics is critical to control combustion processes and to design advanced combustion systems for clean energy and a sustainable environment.