Yulong Xing

This record combines work from applied mathematics on numerical methods for solving complex equations (such as those describing fluid flow, radiation transport, and shock waves) with a mix of unrelated engineering topics like materials degradation, power module packaging, and rock mechanics, suggesting the name may correspond to multiple distinct researchers or a very broad, loosely connected portfolio. The core mathematical theme involves designing computer algorithms (numerical schemes) that accurately and stably simulate physical systems governed by conservation laws, such as gas dynamics, shallow water flow, and radiative transport, while preserving key physical properties like positivity and equilibrium states. Prospective students interested in computational mathematics, scientific computing, or numerical analysis for physics-based simulations would find the mathematical subset of this work most relevant.

Publication output grew substantially from 2017 to a peak in 2023, then declined somewhat in 2024-2026, though the 5-year average remains around 10 papers per year.

Generated by claude-sonnet-5 from public bibliographic data · Jul 20, 2026