Three-dimensional level set-based topology optimization using the adjoint method for a tee flow equalizer with a low-pressure-loss uniform air supply - Yan Tian; Ran Gao; Yi Wang; Angui Li; Xinpeng Hao; Hui Guo; Liwei Tian (Building and Environment, 2026)

Analysis of the resistance and flow characteristics of a square diffuser under adjacent influence conditions based on design of experiments - Haimeng Li; Wei Xu; Ran Gao; Xinyu Zhang; Chi Zhang; Yan Tian; Yi Wang; Ruoyin Jing (Building and Environment, 2026)

Targeted air supply to the working area of a tall plant based on the principle of fluid topology optimization - Hongchen Li; Dongzheng Wang; Min Zhou; Yonghong Jia; Yan Tian; Yang Xuan; Yafan Jin; Ran Gao (Building and Environment, 2025)

Study on the resistance calculation method for ventilation duct systems under non-fully developed flow conditions - Yi Wang; Sen Yang; Ran Gao; Yan Tian; Ruoyin Jing; Angui Li (Building and Environment, 2025)

A two-level turbulent density-based topology optimization method: A low-resistance U-bend channel flow - Yan Tian; Ran Gao; Yi Wang; Angui Li; Xin Dong; Tong Li; Shengrui Yu (Building and Environment, 2025)

An air balancing method for ventilation systems considering random fluctuations: Flow prediction and operating condition optimization - Yi Wang; Ran Gao; Yan Tian; Ruoyin Jing; Mengchao Liu; Angui Li (Building and Environment, 2025)

A method for demand controlled ventilation based on a pressure loss model under conditions of non-fully developed flow - Yi Wang; Ran Gao; Mengchao Liu; Angui Li; Yan Tian; Ruoyin Jing (Building and Environment, 2025)

Topology optimization of bend for reducing the local resistance in a piping and duct system - Yan Tian; Ran Gao; Ruoyin Jing; Yi Wang; Angui Li; Xin Dong; Xinpeng Hao; Zheng Ji (Building and Environment, 2025)

Low-resistance local components design method based on topology optimization: A case study of a duct tee - Yan Tian; Ran Gao; Mengchao Liu; Angui Li; Xin Dong; Shengrui Yu; Xiaojie Xie; Tong Li; Pengfei Si (Building and Environment, 2023)