间接燃烧噪声CFD气动声学博士职位
PhD position on indirect combustion noise; Fluid Mechanics; CFD; Aeroacoustics
用CFD模拟研究间接燃烧噪声理论
0.05
面试概率评分
核心匹配 0.12
项目相关性
0.05
关键技能覆盖
0.05
形式资格
0.45
偏好加分
0.00
关键缺口
严重
评分理由
The position is a purely computational fluid-mechanics/aeroacoustics project (CFD simulation of indirect combustion noise), whereas the candidate is a biomedical (wet-lab) applicant with no evidence of numerical simulation, fluid dynamics, or combustion modeling skills. The methodological platform is fundamentally different — there is no experimental technique in the biomedical toolkit that transfers to developing numerical CFD/aeroacoustic models, so the core competence mismatch is severe. Formal eligibility (degree, language, funding) is likely not an issue, but the domain and paradigm gap is a major shortlist risk that essentially precludes an interview. · 迁移评估:Not transferable — wet-lab biomedical toolkit does not map onto CFD/aeroacoustics numerical simulation.
信息待补充(影响 CV/MV 生成质量)—— 0/5
以下信息不全,建议补充后再生成材料:职位描述(300字) · 职位要求(缺失) · PI 姓名(待补充) · PI 论文(无PI) · 院系(未知)
PI 信息
主导师
—
待解析
身份
未确认
职位描述 / 要求
职位描述
Simulation-based development of indirect combustion-noise theory To remedy ineluctable deficiencies in the current understanding of indirect-noise generation, especially as it relates to hydrogen-fueled systems, Computational Fluid Dynamics (CFD) will be used. Initially, numerical analyses will foc…
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