GH SHIM T/A

Gyu Hyeon Shim
Integrated Ph.D. Candidate

TASK

Project

  • Development of heat resistant bonding material with high thermal conductivity based on modified silicate for aerospace – Main. (2017~2020)
  • Development and Performance Verification of Accident Resistant Fuel Clad Using a New Material Coating Method – Main. (2019~2023)

ACHIEVEMENT

SCI paper

Gyu Hyeon Shim, Ji Hoon Kim, Tae Sung Jun, Ho Seon Ahn, Improved water resistance and adhesion strength of mixed alkali silicate adhesive by optimizing mole ratio and curing condition, submitted, 2019

Conference

Gyu Hyeon Shim, Koung Moon Kim, Chang Hun Lee, Tae Sung Jun, Ho Seon Ahn, Study on enhanced adhesion strength of mixed alkali silicate adhesive by controlling curing conditions, Fall Korean Society of Mechanical Engineering, 2018

Patents

  • Ho Seon Ahn, Gyu Hyeon Shim, Koung Moon Kim, Sun Taek Lim, Dong Wook Jerng, Tae wan Kim, Coating method on the cladding of accident tolerant fuel using silicate and nuclear fuel cladding using the same, KOR, Submitted.
  • Ho Seon Ahn, Gyu Hyeon Shim, Ji Hoon Kim, Invention of inorganic adhesive based on alkali silicate and method of fast curing, KOR, Submitted.
  • Ho Seon Ahn, Gyu Hyeon Shim, Ji Hoon Kim, Invention of high temperature and high adhesion strength curing method of inorganic adhesive based on alkali silicate, KOR, Submitted.
  • Ho Seon Ahn, Koung Moon Kim, Gil Won Lee, Gyu Hyeon Shim, Byeong Tak Kong, SECOND BATTERY HAVING STACKED BLOCK STRUCTURE, KOR, 10-1848726.

2019 Plan

Paper plan

  • Inorganic adhesive thermal conductivity increases by aligned – graphene material.
  • High temperature glass and stainless-steel interaction.

Project plan

  • Complete the Report of project “Development of heat resistant bonding material with high thermal conductivity based on modified silicate for aerospace” until November.
  • Complete the Report of project “Development and Performance Verification of Accident Resistant Fuel Clad Using a New Material Coating Method” until November.