MACHINE LEARNING BASED ACTIVE CONTROL SYSTEM OF STRUCTURE EXPERIENCING DYNAMIC LOADS

The design of structures capable to resist dynamic load is becoming one of the challenges in civil engineering. Implementing active control system is an innovative solution to the problem. Active control strategy can be in form of an active mass damper (AMD) which uses actuator to control its moveme...

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Main Author: Felix Sinjaya, Michael
Format: Final Project
Language:Indonesia
Online Access:https://digilib.itb.ac.id/gdl/view/66821
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Institution: Institut Teknologi Bandung
Language: Indonesia
id id-itb.:66821
spelling id-itb.:668212022-07-22T13:31:41ZMACHINE LEARNING BASED ACTIVE CONTROL SYSTEM OF STRUCTURE EXPERIENCING DYNAMIC LOADS Felix Sinjaya, Michael Indonesia Final Project active control system, active mass damper, machine learning, artificial neural network, LQR INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/66821 The design of structures capable to resist dynamic load is becoming one of the challenges in civil engineering. Implementing active control system is an innovative solution to the problem. Active control strategy can be in form of an active mass damper (AMD) which uses actuator to control its movement. This paper presented an analysis of a 3-storey experiment model. This structure is modelled numerically using finite element method and then, loaded it with some known earthquake excitations. Structure response is calculated using numerical method for a given load. The modelling is improved by implementing machine learning called artificial neural networks to active control systems using controlled responses of the structure with classical control algorithm (LQR) from random ground excitation as its training data. The result of structural response with and without control is analysed and compared. This paper will be a foundation to experimental research for writer’s master degree thesis. text
institution Institut Teknologi Bandung
building Institut Teknologi Bandung Library
continent Asia
country Indonesia
Indonesia
content_provider Institut Teknologi Bandung
collection Digital ITB
language Indonesia
description The design of structures capable to resist dynamic load is becoming one of the challenges in civil engineering. Implementing active control system is an innovative solution to the problem. Active control strategy can be in form of an active mass damper (AMD) which uses actuator to control its movement. This paper presented an analysis of a 3-storey experiment model. This structure is modelled numerically using finite element method and then, loaded it with some known earthquake excitations. Structure response is calculated using numerical method for a given load. The modelling is improved by implementing machine learning called artificial neural networks to active control systems using controlled responses of the structure with classical control algorithm (LQR) from random ground excitation as its training data. The result of structural response with and without control is analysed and compared. This paper will be a foundation to experimental research for writer’s master degree thesis.
format Final Project
author Felix Sinjaya, Michael
spellingShingle Felix Sinjaya, Michael
MACHINE LEARNING BASED ACTIVE CONTROL SYSTEM OF STRUCTURE EXPERIENCING DYNAMIC LOADS
author_facet Felix Sinjaya, Michael
author_sort Felix Sinjaya, Michael
title MACHINE LEARNING BASED ACTIVE CONTROL SYSTEM OF STRUCTURE EXPERIENCING DYNAMIC LOADS
title_short MACHINE LEARNING BASED ACTIVE CONTROL SYSTEM OF STRUCTURE EXPERIENCING DYNAMIC LOADS
title_full MACHINE LEARNING BASED ACTIVE CONTROL SYSTEM OF STRUCTURE EXPERIENCING DYNAMIC LOADS
title_fullStr MACHINE LEARNING BASED ACTIVE CONTROL SYSTEM OF STRUCTURE EXPERIENCING DYNAMIC LOADS
title_full_unstemmed MACHINE LEARNING BASED ACTIVE CONTROL SYSTEM OF STRUCTURE EXPERIENCING DYNAMIC LOADS
title_sort machine learning based active control system of structure experiencing dynamic loads
url https://digilib.itb.ac.id/gdl/view/66821
_version_ 1822277735152615424