QUESTIONS?
We recognize that certain questions require a live conversation, and we're eager to talk to you. Please contact us now.
> EMAIL US
> CONTACT LOCAL MTS OFFICE
> EMAIL US
> CONTACT LOCAL MTS OFFICE
FORCE & MOTION NEWSLETTER
SIGN UP NOW
Large-Scale Static and Dynamic Structural Simulation
Large-scale static and dynamic structural simulation offers a simple yet powerful way to evaluate the seismic performance and long-term durability of reinforced concrete columns and structures. Typical tests include an inelastic static push-over test with displacement or load control, cyclic testing with constant or increasing amplitude under displacement or load control, and quasi-static hybrid simulation under displacement control.
MTS is uniquely positioned to assist test teams working on large-scale structural simulation. With extensive application expertise in civil engineering, MTS can help configure the right system or consult with you to design a new facility that accommodates critical requirements. We are also one of the only suppliers that can configure a complete solution for large-scale structural simulation testing, including:
• Heavy-duty, fatigue-rated hydraulic actuators designed for long stroke and low
dynamic applications, which are ideal for quasi-static testing
• Digital controllers with high channel density, high capacity and superior configurability
• High resolution (0.003 mm) displacement transducers for measuring or controlling
specimen deflection
• Innovative quasi-static hybrid simulation software
MTS is uniquely positioned to assist test teams working on large-scale structural simulation. With extensive application expertise in civil engineering, MTS can help configure the right system or consult with you to design a new facility that accommodates critical requirements. We are also one of the only suppliers that can configure a complete solution for large-scale structural simulation testing, including:
• Heavy-duty, fatigue-rated hydraulic actuators designed for long stroke and low
dynamic applications, which are ideal for quasi-static testing
• Digital controllers with high channel density, high capacity and superior configurability
• High resolution (0.003 mm) displacement transducers for measuring or controlling
specimen deflection
• Innovative quasi-static hybrid simulation software
Actuators
Durable, reliable, fatigue-rated servohydraulic actuators engineered specifically for testing.
FlexTest Controllers
A versatile, modular digital control platform designed to address a full spectrum of servohydraulic testing applications in materials, components and structures.