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Hongyuan Jia
Hongyuan Jia
Project Researcher, The University of Tokyo
Verified email at iis.u-tokyo.ac.jp
Title
Cited by
Cited by
Year
Source term estimation in complex urban environments based on Bayesian inference and unsteady adjoint equations simulated via large eddy simulation
H Jia, H Kikumoto
Building and Environment 193, 107669, 2021
272021
Construction of urban turbulent flow database with wavelet-based compression: a study with large-eddy simulation of flow and dispersion in block-arrayed building group model
H Jia, H Kikumoto
Journal of Wind Engineering and Industrial Aerodynamics 208, 104433, 2021
152021
Line source estimation of environmental pollutants using super-Gaussian geometry model and bayesian inference
H Jia, H Kikumoto
Environmental Research 194, 110706, 2021
132021
Sensor configuration optimization based on the entropy of adjoint concentration distribution for stochastic source term estimation in urban environment
H Jia, H Kikumoto
Sustainable Cities and Society 79, 103726, 2022
122022
Estimation of airflow distribution in cubic building group model using POD-LSE and limited sensors
C Hu, H Jia, H Kikumoto
Building and Environment 221, 109324, 2022
102022
Eulerian RANS simulations of near-field pollutant dispersion around buildings using concentration diffusivity limiter with travel time
C Lin, R Ooka, H Kikumoto, H Jia
Building and Environment 202, 108047, 2021
92021
Transfer learning strategy for data-driven correction of wind measurement around buildings using cup anemometers
R Li, H Kikumoto, H Jia, T Okaze
Building and Environment 241, 110499, 2023
32023
Fast estimation of airflow distribution in an urban model using generative adversarial networks with limited sensing data☆
C Hu, H Kikumoto, B Zhang, H Jia
Building and Environment 249, 111120, 2024
22024
Estimation of instantaneous airflow distribution in cubic building group model using multi-time-delay LSE-POD
C Hu, H Jia, H Kikumoto
Building and Environment 243, 110642, 2023
22023
Effects of sensor configuration optimization on airflow estimation in urban environment: A case study with a building group model
H Jia, C Hu, H Kikumoto
Sustainable Cities and Society 98, 104840, 2023
12023
Investigation of spatial variability in power law index of wind profiles above the urban area around Tokyo Bay based on local objective analysis data
X Wang, H Kikumoto, H Jia, C Lin, K Nakao
Journal of Wind Engineering and Industrial Aerodynamics 240, 105471, 2023
12023
Backward-Eulerian Footprint Modelling Based on the Adjoint Equation for Atmospheric and Urban-Terrain Dispersion
H Jia, H Kikumoto
Boundary-Layer Meteorology 188 (1), 159-183, 2023
12023
Data-driven calibration for cup anemometer at different measurement locations around buildings using transfer learning based on domain adaptation
R Li, H Kikumoto, H Jia
E3S Web of Conferences 396, 05016, 2023
12023
Partially averaged Navier-Stokes simulation of flow around an isolated building model with a 1: 1: 2 shape
H Jia, H Kikumoto
Building and Environment 223, 109506, 2022
12022
Cross-sensor domain adaptation for data-driven correction of pedestrian level wind measurement in urban environments using cup anemometers
R Li, H Kikumoto, H Jia, X Wang, T Okaze
Sustainable Cities and Society 106, 105430, 2024
2024
Wind tunnel experiment on the footprint of a block-arrayed urban model in a neutrally stratified boundary layer
H JIA, C Lin, X Wang, H Kikumoto
2024
Identification of Pollution Sources in Urban Wind Environments Using the Regularized Residual Method
S Tang, X Xue, F Li, Z Gu, H Jia, X Cao
Atmosphere 14 (12), 1786, 2023
2023
Backward-Eulerian Footprint Modeling for the Urban Environment Based on an Adjoint Equation
H Jia, H Kikumoto
2022
Sensor configuration optimization method for an indoor space by using the entropy of adjoint concentration distribution
R LI, H JIA, H KIKUMOTO
生産研究 74 (1), 73-77, 2022
2022
STUDY ON CHARACTERISTICS AND PARAMETERIZATION OF THE MEAN WIND SPEED PROFILE ABOVE TOKYO REGION BASED ON METEOROLOGICAL LOCAL ANALYSIS DATA
X WANG, H KIKUMOTO, H JIA, K NAKAO
National Symposium on Wind Engineering Proceedings, 89-98, 2022
2022
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Articles 1–20