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Korea Institute of Machinery Materials

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System Engineering

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Korea Institute of Machinery & Materials

System Engineering Technology


System Engineering Technology Image
The primary role of System Engineering Research Division (SERD) is to develop efficient engineering design systems and new mechanical systems - such as core technologies and system integration technology. The research fields of SERD includes maglev technologies for urban and super-high speed train; modeling, simulation and control technologies for machinery systems; and machinery reliability and structure technologies.

Research Field

  • Naval Ship Noise/Shock/Vibration and Integrated Survivability Design & Analysis
  • Development of Noise/Shock/Vibration Control Devices and Performance Evaluation of Noise/Shock/Vibration of Machinery & Structural Systems
  • Rotordynamic Design &Balancing of High-Speed Rotating Machines and Lubrication Design Technology of High-Function Tribo-Elements such as Bearings, Seals and etc
  • Rotordynamic Design &Balancing of High-Speed Rotating Machines and Lubrication Design Technology of High-Function Tribo-Elements such as Bearings, Seals and etc
  • Energy Harvesting Using Machinery & Structural System Dynamics such as Acoustic, Rotary and Vibratory Motion and so on
  • Reliability assessment of machinery and structures
  • Wind turbine technology (power train, control/monitoring, reliability test)
  • Hydraulic system
  • e-Engineering
  • Magnetic Levitation, Linear Drive and Its Industrial Applications
  • Commercialization of Urban Maglev Vehicle (System Engineering, Switch, Measurement and Assessment)
  • The Core Technologies for Levitation and Propulsion of High-Speed Maglev Vehicle

Result

Underwater Explosion(UNDEX) Shock Response Analysis & Ship Shock Trial Simulation of Korean Naval Ships
  • Ship Shock M&S Model for KDX-III
  • Ship Shock M&S Model for PKX-A

Development of Test & Evaluation Technologies for Seismic and Vibration Qualification of Equipment
  • Seismic Qualification Test for Load Center for SKN1&2
  • Earthquake Test for Outdoor Equipment for Wibro Sservice

Development of Sound Insulation Design Technique and Noise Evaluation of Public Spaces and Cabins
  • Test Facility for Acoustic Performance of HVAC Systems and of HVAC Elements
  • Sound Field Analysis of Large Public Space Using Numerical Simulation

Technology Development of Energy-Saving Dry Vacuum Pump
  • Photo of Commercialized HD 120 Semiconductor-process Dry Vacuum Pump
  • Solid Model of HD120 Vacuum Pump Inside

Development of core technologies for levitation and propulsion system of Korean next generation meglev vehicle
  • Dynamic Test Facility for High-Speed Maglev Levitation
  • Dynamic Test Facility for High-Speed Maglev Propulsion
  • Concept design of Korean next generation maglev vehicle
  • Suggestion of levitaiton/propulsion topology for Korean next generation maglev vehicle

System Integration of the Urban Transit Maglev
  • Design of Car Body
  • Bird's eye view of Incheon Int'l airport test track

Development of the Switching System for the Urban Transit MagLev
  • Prototype of 3way articulated switch
  • left switched
  • middle switched
  • right switched