저자의 연구 키워드

저자의 연구 키워드

#개질 흑연

#건물 에너지

#건축재료

#교차집성목 주거건물

#난방부하(Heating load)

#단열재

#단열재(Thermal insulation)

#몬모릴로나이트

#바이오기반 상변화 물질(Bio-based Phase change material)

#바이오복합재료

#바이오차

#상변화 구간

#상변화물질

#상변환물질

#상안정 상변화물질

#수성도료(Hydrophilic paint)

#실내온열환경(Indoor thermal environment)

#아트리움(Atrium)

#에너지 리트로핏

#에너지 비용 분석

#에너지 소비량

#에너지 시뮬레이션

#에너지 요구량(Energy demand)

#에너지 저감

#에너지 절감

#에너지절약(Energy saving)

#열 저장 시스템

#열저장시스템

#열적 성능 평가

#열적성능

#열전도율

#오염물질

#유리의 광학특성(Optical characteristics of glass skin)

#유성도료(Hydrophobic paint)

#이차미분

#자연광(Natural light)

#잠열 저장

#전열해석

#지방산

#질화붕소(Boron nitride)

#축열

#축열(Heat storage)

#축열(Thermal energy storage)

#축열복합재료

#축열타일(Heat storage tile)

#캡슐화 상변화물질(Microencapsulated Phase Change Material)

#커피찌꺼기

#콘크리트

#한국 기후

#함침(Impregnation)

#혼합 상변환물질

#환경 성능

#atrium

#Biochar

#Bio-composite

#Building energy demand

#Building energy simulations

#building material

#Built-in furniture

#Cafe

#Carbon(탄소)

#Color and material

#Concrete

#Cross-laminated timber (CLT)

#Cross-laminated Timber(CLT) building

#Dynamic heat transfer analysis storage

#Echo

#Energy consumption

#Energy cost analysis

#Energy retrofit Housing

#Energy saving

#Energy simulation

#Environmental performance

#Exfoliated graphite nanoplatets

#Fatty acid

#Fatty acid ester

#Growth potential of fungus

#Heat storage

#Heat storage(축열)

#Illuminance

#Indoor air quality

#indoor thermal environment

#Internal shading

#Korean climate

#Latent heat storage

#latent heat storage composite

#Mixed PCM

#Montmorillonite

#natural light

#n-hexadecane

#N-octadecane(옥타데칸)

#Noise

#Noise environment

#optical characteristics of glass skin

#Passive House Planning Package(PHPP)

#Phase change material

#Phase change materials

#Phase change materials (PCM)

#Phase-change range

#Plywood board

#Pollutants

#School

#Second derivative

#Shape stabilized phase change material

#Spent Coffee Grounds

#Subjective assessment

#Temperature

#TES(열에너지저장 방식)

#Thermal conductivity

#thermal energy storage

#Thermal insulation

#Thermal performance

#Thermal performance evaluation

#Thermal storage system

#Vacuum impregnation method(진공함침법)

#Water contents

#WUFI2D simulation analysis