2026 Joseph Shang: Mechanical and Aerospace Engineering Researcher – H-Index, Publications & Awards

Discipline name	D-Index	World Ranking	National Ranking	Publications	Citations
Mechanical and Aerospace Engineering	36	2538	908	185	4991

Discipline name

D-Index

World Ranking

National Ranking

Publications

Citations

Mechanical and Aerospace Engineering

2538

908

185

4991

Overview

Joseph Shang was affiliated with Wright State University in the United States. Their research primarily focused on the field of engineering, contributing to several subfields including mechanics of materials, civil and structural engineering, biomedical engineering, computational mechanics, and computer vision and pattern recognition.

The research topics Joseph Shang explored encompassed:

Rock Mechanics and Modeling
Tunneling and Rock Mechanics
Advanced Surface Polishing Techniques
Advanced Adaptive Filtering Techniques
Advanced Data Compression Techniques
Advanced Algorithms and Applications
Hydraulic Fracturing and Reservoir Analysis

Joseph Shang authored multiple papers published in various scientific journals between 2024 and 2025. Notable publications included:

A Hybrid Composite Differential Evolution and Multiobjective Particle Swarm Optimization Evolutionary Algorithm and Its Application, 2024, IEEE Access
Parameter design of anchor support for large cross-sectional roadway based on non-destructive testing of anchor rods, 2025, Sustainable Energy Research
Efficient Surrogate Model Assisted Estimation of Distribution Algorithm for Expensive Optimization, 2024, IEEE Access
Research on the Construction of Talent Team of Think Tank in Y Field, 2025, Scientific and Social Research

Joseph Shang frequently collaborated with other researchers. Regular coauthors included Guiying Li, Zhongqing Wang, Hongbi Geng, Yu Wu, and Yang Hao. These collaborations contributed to the variety and scope of their research work.

The venues where Joseph Shang published reflected a diversity of fields within engineering and applied sciences. These included:

IEEE Access
Sustainable Energy Research
SSRN Electronic Journal
Scientific and Social Research
Education Reform and Development

Throughout their career, Joseph Shang addressed complex problems related to optimization algorithms, structural engineering challenges, and talent team construction in research institutions, indicating a broad interest in both theoretical and practical applications within engineering sciences.

Best Publications

Investigation of the flow structure around a rapidly pitching airfoil

Miguel R. Visbal;J. S. Shang

255
Citations
Practical aspects of higher-order numerical schemes for wave propagation phenomena

Datta V. Gaitonde;J. S. Shang;Jeffrey L. Young

255
Citations
Practical aspects of high-order accurate finite-volume schemes for electromagnetics

Datta Gaitonde;Joseph Shang;Jeffrey Young

232
Citations
High-Order Compact-Difference Schemes for Time-Dependent Maxwell Equations

J.S Shang

184
Citations
Analyses of Pressure Oscillations in an Open Cavity

W. L. Hankey;J. S. Shang

169
Citations
Mechanisms of plasma actuators for hypersonic flow control

J.S. Shang;S.T. Surzhikov;R. Kimmel;D. Gaitonde

158
Citations
Plasma Injection for Hypersonic Blunt-Body Drag Reduction

J. S. Shang

157
Citations
Optimized Compact-Difference-Based Finite-Volume Schemes for Linear Wave Phenomena

Datta Gaitonde;J.S. Shang

155
Citations
Numerical Solution for Supersonic Turbulent Flow over a Compression Ramp

J. S. Shang;W. L. Hankey

111
Citations
Hypersonic Flow over a Blunt Body with Plasma Injection

J. S. Shang;J. Hayes;J. Menart

108
Citations
Jet-Spike Bifurcation in High-Speed Flows

J. S. Shang;J. Hayes;K. Wurtzler;W. Strang

90
Citations
Flow Oscillations of Spike-Tipped Bodies

J. S. Shang;W. L. Hankey;R. E. Smith

90
Citations
Characteristic-based algorithms for solving the Maxwell equations in the time domain

J.S. Shang

90
Citations
Structure of a turbulent double-fin interaction at Mach 4

Datta Gaitonde;J. S. Shang

82
Citations
Structure of a double-fin turbulent interaction at high speed

Datta Gaitonde;J. S. Shang;Miguel Visbal

80
Citations
Effect of Surface Plasma Discharges on Boundary Layers at Mach 5

Roger Kimmel;James Hayes;James Menart;Joseph Shang

79
Citations
Characteristic-based, time-dependent Maxwell equation solvers on a general curvilinear frame

J. S. Shang;Datta Gaitonde

74
Citations
Interaction of jet in hypersonic cross stream

J. S. Shang;D. L. McMaster;N. Scaggs;M. Buck

74
Citations
Three decades of accomplishments in computational fluid dynamics

Unknown

74
Citations
An Assessment of Numerical Solutions of the Compressible Navier-Stokes Equations

J. S. Shang

72
Citations
Numerical simulation of leading-edge vortex flows

Donald P. Rizzetta;Joseph S. Shang

72
Citations
Numerical Solution of the Navier-Stokes Equations for a Three-Dimensional Corner

J. S. Shang;W. L. Hankey

71
Citations
Three-Dimensional Supersonic Interacting Turbulent Flow along a Corner

J. S. Shang;W. L. Hankey;J. S. Petty

71
Citations
A Comparative Study of Characteristic-Based Algorithms for the Maxwell Equations

J.S. Shang;Robert M. Fithen

69
Citations

Frequent Co-Authors

Datta V. Gaitonde The Ohio State University

Miguel R. Visbal United States Air Force Research Laboratory

Roger L. Kimmel United States Air Force Research Laboratory

Jack R. Edwards North Carolina State University

Yi Pan Shenzhen Institutes of Advanced Technology

Minyi Guo Shanghai Jiao Tong University

External Links

Personal website of Joseph Shang

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