저자의 연구 키워드

저자의 연구 키워드

#거주구 공간구성

#기온

#기후변화

#기후특성

#노천카페

#대기투과율

#도시화

#도시환경

#동적 열부하계산

#디자인 요소

#미항만들기

#부산항

#부산해안지역

#부하계산

#부하요소

#분산전원

#생활바지선

#선박

#소음

#슈퍼요트

#실내공기질

#실내환경성능

#에너지 절약 시스템

#연안 경관

#연안 관리

#연안의 경관관리

#연안의 경관관리제도

#온열환경

#운량

#워터프런트

#워터프론트

#유기적 특성

#의식비교연구

#일사량

#전력손실

#조류계산

#직산분리

#최적 설치점 알고리즘

#쾌적성

#태양광발전

#파워요트

#포름알데히드

#풍속

#풍향

#풍환경

#항만경관

#항만경관계획

#해상호텔

#해수온도

#해안매립

#해양 도시

#해양플랜트

#환경친화적 시스템

#환기

#휘발성유기화합물

#Accommodation Area

#Accommodation Barge

#air pollution in ship

#Air temperature

#Amount of Cloud

#Amount of Solar Radiation

#Atmospheric Transmittance

#Busan Port

#Climate Change

#Climate Characteristic

#Coastal landscape

#Coastal landscape management

#Coastal landscape management systems

#Coastal management

#coastal patrol ship

#comfort

#Comparative Attitude Study

#Design Element

#Diffuse sky Radiation

#Distributed energy resource

#dynamic peak load calculation

#efficient energy system

#electromagnetic wave in ship

#Evaluation Index

#Evaluation Method

#Evaluation Process

#floating hotel

#Formaldehyde

#IAQ

#indoor environment performance

#load estimation

#load factor

#Load flow calculation

#Making Attractive Port

#Maritime city

#Newton-Rhapson method

#Newton-Rhapson법

#noise

#Offshore plant

#open-air cafeteria

#Organic Characteristics

#Photovoltaic

#Portscape

#Portscape Planning

#positioning algorithm

#Power loss

#power yacht

#Reclamation of the Foreshore

#seaside of Busan

#seawater temperature

#Ship

#shipboard working environment

#shipboard working fatigue reduction

#Site Evaluation

#Spatial Composition

#super yacht

#sustainable environmental system

#TAC 온도

#TAC temperature

#Thalassotherapy Complex

#thermal environment

#Urban Environment

#Urbanization

#ventilation

#VOCs

#Waterfront

#Wind direction

#Wind Environment

#Wind velocity