Adept Scientific - Norge
Verdens førende software for industri, forskning og utvikling.
flag arrow
clearclear
Flag

 Adept Store | register Join My Adept | Flags  
Adept Scientific | Tel: 800 58 997  
UKdedksvnofi
Hjem
Produkter
Kurs
Services
 Kjøp Online
Downloads
Utdanning
Support
Mitt Adept
Internasjonal |  Om oss |  Blog |  Kontakt oss |  Presserom |  Jobb
Adept Scientific on Twitter Adept Scientific on LinkedIn


Gå videre

• Ask us a question
•  Download a Demo
•  Request a Brochure

Lær mer

Quanser Home
The Quanser Difference
Comparison Chart
Quanser Engineering Blog

Control Experiments
Linear
 - Position Servo
 - Inverted Pendulum (IP)
 - Self-Erecting
 - Gantry
 - Double IP
 - Linear Flexible Joint (LFJ)
 - LFJ with IP
 - Seesaw
 - LFJ on Seesaw
 - Flexible IP
 - Active Mass Damper-1 flr
 - Seesaw/Pendulum
 - Active Mass Damper-2 flr
 - High Fidelity Linear Cart (HFLC)

Rotary
Specialty
Mechatronics
Unmanned Vehicle Systems

QUARC 2.0

Service & support

Search the Knowledge Base
Technical Support request

Quanser

Active Mass Damper - 1FLR

iml_L11-amd1fl.gif

Challenge:
Design a control system to dampen the vibrations in a building-like structure.

Description:
This experiment is similar in nature to Active Mass Dampers used to suppress vibrations in tall structures to protect against earthquakes and wind. A tall building-like structure is instrumented with an accelerometer to measure the acceleration of the "roof" relative to earth. The structure is flexible along its facade. A cart driven by a rack and pinion mechanism is mounted at the top of the structure and is free to move along in the same direction as the structure.

The aim is to design a feedback controller that measures the cart position and the acceleration of the "roof" to dampen the vibrations of the structure effectively. The system is supplied with a state feedback controller. You may design any other controller you wish.

Difficulty:
Undergraduate - second course / Graduate / Project / Research


Ready to buy?

Every customer requirement for the Quanser range is unique and we offer pre-sales support to ensure your purchase fully meets the project requirements.

For more information about Quanser Control Challenges and to discuss your project contact our Quanser team at your local office.

Latest Downloads

Quanser Case Study: University of Central Florida - Accelerating Research by Allowing Two Programming Languages to Talk
Quanser Case Study: University of Victoria Driving Haptic-Based Rehabilitation Further and Faster
Quanser Robotics Platform Brochure - COPY
Quanser Rotary Control Experiments - COPY
Quanser Case Study: McMaster University Increases Enrollment by Re-engineering Biomedical Education

Latest News

Quanser Case Study: University of Central Florida - Accelerating Research by Allowing Two Programming Languages to Talk
Quanser Case Study: University of Victoria Driving Haptic-Based Rehabilitation Further and Faster
Quanser Case Study: McMaster University Increases Enrollment by Re-engineering Biomedical Education
"The Quanser Shake Table...
Quanser Case Study - Shake Table teaching aid supports earthquake-affected building design
adept

Top of the Page

Popular Links: ChemDraw | ChemOffice | Data Acquisition | Data Analysis | EndNote | Maple | MapleSim | Mathcad | MathType | Quality Analyst | Reference Manager | VisSim

EU ePrivacy Directive | Our Privacy and Terms and Conditions Statement
All Trademarks Recognised. Copyright © 2012, Adept Scientific.
Site designed and maintained by Lyndon Ash

Adept Scientific | Tel: 800 58 997