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Hyun-Ung OH

Professor

Korea Aerospace University

South Korea

Research Interests

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Professors in South Korea Professors in Aerospace Engineering Aerospace Engineering professors in South Korea

About

Hyun-Ung OH is a Professor at Chosun University in South Korea. His research areas include vibration isolation systems, thermal analysis of antennas, and methodologies for structural design in spaceborne electronics. Recent publications focus on experimental validation of design methods and the development of innovative materials and structures for aerospace applications. He is actively involved in advancing the safety and efficiency of electronic equipment used in launch environments.

Articles (26)

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Collaborators (1)

Wan Sik Hwang

Assistant Professor

Korea Aerospace University

SOUTH KOREA

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Hyun-Ung OH

Research Interests

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About

Articles (26)

Soft x-ray shielding characteristics of natural wood films with varying densities evaluated using a Ga2O3 Schottky diode detector

Experimental investigation of effective thermal conductivity of knitted metal mesh fabrics for spaceborne deployable mesh reflector antennas

Evaluation on Effectiveness of Modeling of Metallic Mesh Fabric for Deployable Antenna Based on Static and Dynamic Property Tests

Evaluation of Response Characteristics of Spaceborne Electronic Equipment Considering Mounting Boundary Conditions

Image-Based Focus Retention Verification of a Commercial Optical Microscope Module in Launch Environments

Experimental assessment of wood as a lightweight proton-radiation shield for spacecraft structures

Validation of PCB Strain-Based Methodology for Structural Design of Spaceborne Electronic Equipment Under Vertical Mounting Conditions in Launch Environments

Characteristics of Force Transmissibility in PLOVIS-II Cooler Micro-Vibration Isolation System

Study on the Safety of a Two-Axis Actuation System for an Electro-Optical Payload

Experimental Validation of Clamping-Type Mesh Fastening Method Using Thin Plates and Push-Button Rivets for Deployable Mesh Antennas

Development of a Passive Vibration Damping Structure for Large Solar Arrays Using a Superelastic Shape Memory Alloy with Multi-Layered Viscous Lamination

Design of a Deployable Pantograph Rib Structure-Based Parabolic Antenna

Numerical Investigation on the Thermal Characteristics of Lightweight Metal Mesh-Based Reflector Antenna with Various Knitting Conditions

Development of Lightweight 6 m Deployable Mesh Reflector Antenna Mechanisms Based on a Superelastic Shape Memory Alloy

Experimental Evaluation of the Effectiveness of the Printed Circuit Board Strain-Based Methodology in Space-Borne Electronics with Vertically Mounted Printed Circuit Boards

Lightweight Design for Active Small SAR S-STEP Satellite Using Multilayered High-Damping Carbon Fiber-Reinforced Plastic Patch

Passive Damping of Solar Array Vibrations Using Hyperelastic Shape Memory Alloy with Multilayered Viscous Lamina

Experimental Evaluation of Vibrational Stability of SOPs in Aerospace Industry Using PCB Strain Effectiveness of a PCB-Strain-Based Design Methodology

Effectiveness of Critical-Strain-Based Methodology Considering Elastic Mode Vibration of Mechanical Housing of Electronics

Performance Investigation of Superplastic Shape Memory Alloy-Based Vibration Isolator for X-Band Active Small SAR Satellite of S-STEP under Acoustic and Random Vibration Environments

Thermal Design of Blackbody for On-Board Calibration of Spaceborne Infrared Imaging Sensor

Design and Performance of X-Band SAR Payload for 80 kg Class Flat-Panel-Type Microsatellite Based on Active Phased Array Antenna

Development of Power Plant Trio CanSat Platform Powered by Solar, Wind and Piezo Energy Harvesting Systems

Analysis of Radio Frequency (RF) Characteristics and Effectiveness according to the Number of Gores of Mesh Antenna

Thermo-Mechanical Design and Validation of Spaceborne High-Speed Digital Receiver Unit for Synthetic Aperture Radar Application

Development of On-Board Tilt Mirror Calibration Mechanism without Holding and Release Mechanism

Collaborators (1)

Wan Sik Hwang

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