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Structural & Dynamic Testing Systems

Shake Tables

Shake Tables
Shake Tables
SHAKE TABLE

Shake Tables

Structural & Dynamic Testing Systems

Shake Tables are advanced dynamic testing systems designed to simulate controlled vibration, seismic and dynamic loading conditions for testing structures, components and assemblies. The system provides precise and repeatable motion control for displacement, velocity and acceleration, making it suitable for structural, automotive, aerospace and seismic testing applications.

Dynamic Testing
Seismic Simulation
Precision Motion
Vibration Testing
Testing Dynamic & Seismic
Motion Controlled Vibration
Control Displacement & Acceleration
Applications Structural & Component Testing
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Shake Tables Overview

Shake Tables are advanced dynamic testing systems designed to reproduce controlled vibration, seismic and dynamic loading conditions for testing structures, components and assemblies. The system provides precise and repeatable motion control for evaluating structural response, durability, vibration behaviour and seismic performance under controlled laboratory conditions.

  • Controlled dynamic and vibration testing
  • Seismic motion simulation
  • Precise displacement, velocity and acceleration control
  • Single-axis and multi-axis testing configurations
  • Programmable motion profiles and test sequences
  • Suitable for structural and component testing
System Type Shake Table
Testing Technology Dynamic Motion Simulation
Motion Controlled Displacement & Vibration
Test Parameters Displacement, Velocity & Acceleration
Motion Control Programmable Digital Control
Testing Configuration Single-Axis / Multi-Axis
Test Input Sine, Random & Seismic Profiles
Applications Structural & Dynamic Testing
  • Seismic Testing
  • Structural Testing
  • Vibration Testing
  • Component Qualification Testing
  • Automotive Testing
  • Aerospace Component Testing
  • Electronics & Equipment Testing
  • Civil Engineering Research
  • Fatigue & Durability Testing
  • Research & Development Testing
  • ASTM Test Standards
  • ISO Test Standards
  • Seismic Testing Procedures
  • Vibration Testing Procedures
  • Structural Qualification Testing
  • Dynamic Testing Procedures
  • Component Qualification Requirements

Motion & Testing Types

Seismic Testing
Vibration Testing
Dynamic Testing
Single-Axis Motion
Multi-Axis Motion
Acceleration Control

System Highlights

Precision Motion Control

Accurate and repeatable control of dynamic test motion

Seismic Simulation

Reproduces controlled earthquake and seismic profiles

Dynamic Testing

Evaluates structural and component response to dynamic loads

Programmable Test Profiles

Flexible control of vibration and motion test sequences

SHAKE TABLES

Frequently Asked Questions

Find answers to common questions about Shake Tables, dynamic testing, seismic simulation, vibration testing, motion control, applications, standards and technical support.

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A Shake Table is a dynamic testing system used to reproduce controlled motion, vibration and seismic loading conditions on test specimens, components or structures.
A Shake Table uses an actuator and motion-control system to move a test platform according to a programmed displacement, velocity, acceleration, vibration or seismic input profile.
Shake Tables can be configured for different testing requirements, including single-axis and multi-axis systems. The appropriate configuration depends on specimen size, payload, required motion, frequency, displacement and acceleration requirements.
Depending on the system configuration, a Shake Table can control parameters such as displacement, velocity, acceleration, frequency and programmed motion profiles. The available range depends on the selected system.
Yes. A suitable Shake Table can reproduce programmed seismic motion profiles for structural, component and equipment qualification testing. The required motion capability depends on the seismic test profile and system configuration.
Depending on the controller and system configuration, Shake Tables can be used for programmed vibration profiles, including suitable random vibration testing requirements. The required frequency range and acceleration capability must be considered during system selection.
Shake Tables are used for seismic testing, structural testing, vibration testing, component qualification, automotive testing, aerospace component testing, electronics and equipment testing, civil engineering research, fatigue and durability studies, and research and development.
Yes. Shake Tables can be used to apply controlled dynamic motion to structural specimens and components for evaluating vibration response, dynamic behavior, seismic performance and durability under defined test conditions.
Yes. Suitable Shake Table systems can be used for dynamic and vibration testing of automotive, aerospace, electronic and other engineered components. The system must be selected according to payload, motion and test-profile requirements.
The applicable standard depends on the specimen, application and required test procedure. Relevant ASTM, ISO, Indian Standard, seismic testing, vibration testing, structural qualification and customer-specific procedures may be considered where applicable.
Yes. Appropriate calibration and verification of the motion-control and measurement system are important for dynamic testing. Calibration requirements depend on the system configuration, sensors, controller and required test accuracy.
Test accuracy can be affected by actuator performance, sensor calibration, controller settings, table dynamics, specimen mass, payload distribution, fixture rigidity, motion profile and the selected control parameters.
Yes. Programmable digital control can be used to define and reproduce specified motion profiles. Depending on the controller, the test input may include sine, random, vibration or seismic profiles.
TTS can provide installation guidance, commissioning assistance, technical support and application guidance according to the Shake Table configuration and project requirements.
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AZAD
AZISTA
BHEL
BRAHMOS
DRDO
HONEYWELL
IGCAR
IIT HYDERABAD
ISRO
L&T
MIDHANI
NIT WARANGAL
SKYROOT
ZUARI CEMENT
SAINT GOBAIN
NAL
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