저자의 연구 키워드

저자의 연구 키워드

#2방향 중공슬래브

#개폐 지붕

#개폐식 대공간 구조물

#개폐식 대공간구조물

#고유진동주기

#고층 건물

#고층건물

#내진성능

#뉴로-퍼지 추론

#다단계 행렬응축기법

#다이어그리드

#다중 스마트 동조질량감쇠기

#대공간 아치구조

#동적 응답 제어

#동적응답 예측

#동적응답제어

#동조질량 감쇠기

#동조질량감쇠기

#등가 대각 스트럿

#등가플레이트 모델

#딥러닝

#마찰진자시스템

#메가골조구조물

#면진장치

#바닥판진동

#보행하중

#비구조체

#비선형 시간이력해석

#순환신경망

#스마트 면진장치

#스마트 TMD

#시간 이력해석

#시간이력해석

#아웃리거 댐퍼 시스템

#연약층

#유전자 알고리즘

#유효보폭법

#인공 풍하중

#인공지능

#적설하중

#조적식 벽체

#준능동 동조질량감쇠기

#준능동제어

#지진응답

#지진응답예측

#지진응답제어

#지진하중

#지진해석

#진동성능평가

#진동제어

#최적설계

#퍼지제어

#풍하중

#Artificial Intelligence

#Artificial wind load

#base-isolation system

#Biaxial hollow slab

#Biaxial hollow slab system

#Deep learning,

#Diagrid

#Dynamic response control

#Dynamic response prediction

#Earthquake load

#Effective beam method

#Equivalent diagonal strut

#Equivalent plate model

#Feature Extraction

#Feature Selection

#Floor vibration

#Floor vibration evaluation

#friction pendulum system

#fuzzy control

#Fuzzy Logic Controller

#genetic algorithms

#High-rise building

#Input Dimension Reduction

#Machine Learning

#Masonry infill wall

#mega frame structure

#MR 감쇠기

#MR damper

#multi-level matrix condensation technique

#Multiple smart TMD

#Natural Periods

#neuro-fuzzy inference

#Nonlinear time history analysis

#Nonstructural element

#Nuclear Power Plant

#Open and Closed Roof

#Optimal design

#Outrigger damper system

#Recurrent neural network

#Recurrent Neural Network Model

#Reinforcement Learning

#Retractable Spatial Structure

#Seismic analysis

#Seismic capacity

#Seismic Response

#Seismic response control

#Seismic Response Prediction

#Seismic Response Reduction

#semi-active control

#semi-active tuned mass damper

#skyhook

#smart base isolation

#Smart Base Isolation System

#Smart Mid-Story Isolation System

#Smart TMD

#Snow Loads

#Soft story

#Soft-Computing

#Spacial arch structure

#Structural Control Algorithm

#Tall building

#Time history analysis

#Tuned Mass Damper

#Tuned Mass Damper(TMD)

#Unity Game Engine

#Vibration Control

#Walking load

#Wind load