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Researcher Report

Visualize research, collaboration, and most cited documents for a Person.
Person Name or ID: Huang, Pin-Chun | Date range: 2016 - 2022 | Include ESCI documents

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Research Output

Overview

H-Index = 2
Documents Published = 9
Times Cited = 9
% Documents in top 10% = 0.00

Documents Published by WOS Categories In which categories are authors publishing most?

Production

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Documents Published and Citations per Year How many citations compared to documents

published?

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Journal Normalized Citation Impact by Journal In which high impact journals are the authors'

publishing their work?

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Citation Topic WordCloud The micro citation topic word cloud based on the Researcher

Performance

Documents Published by JIF Quartile per Year corresponding to their Publication year How many
documents have authors published in highly cited journals?

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% Documents Published by JIF Quartile corresponding to their Publication year What percentage

of documents have authors published in highly cited journals?

Citation Impact by WOS Categories In which categories are authors having the most citation impact?

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Collaboration

Overview

International Collaborations = 2
% International Collaborations = 22.22
Industry Collaborations = 0
% Industry Collaborations = 0.00

Collaborating Institutions

Collaborating Organizations Which collaborating institutions are publishing the most?

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Most Cited Documents

Most Cited Web of Science Documents

Article Title

Times

Cited

Influence of topographic features and stream network structure on the spatial
distribution of hydrological response
JOURNAL OF HYDROLOGY
2021

Improvement of Two-Dimensional Flow-Depth Prediction Based on Neural Network

Models By Preprocessing Hydrological and Geomorphological Data
WATER RESOURCES MANAGEMENT
2021

Analysis of Hydrograph Shape Affected by Flow-Direction Assumptions in Rainfall-
Runoff Models

WATER

2020

Channel hydrological response function considering inflow conditions and hydraulic
characteristics

JOURNAL OF HYDROLOGY
2020

Refinement of the channel response system by considering time-varying parameters
for flood prediction
HYDROLOGICAL PROCESSES
2020

Influence of Topographic Characteristics on the Adaptive Time Interval for Diffusion

Wave Simulation
WATER
2019

An innovative partition method for predicting shallow landslides by combining the
slope stability analysis with a dynamic neural network model
CATENA
2022

An effective alternative for predicting coastal floodplain inundation by considering
rainfall, storm surge, and downstream topographic characteristics
JOURNAL OF HYDROLOGY
2022

Channel-flow response function considering the downstream tidal effect and hydraulic
characteristics

JOURNAL OF HYDROLOGY
2021

InCites

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