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HIGH STRAIN RATE TEST

Split Hopkinson Pressure Bar System

Build your test system

Understanding material performance

Flexible high strain rate testing equipment platform

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SplitWAVE data acquisition & analysis software

real time waveform stress-strain curves alignment, analyss & data management

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Our High Strain Rate Test Equipments

Experience in advance materials and machanical design have promoted SPLITTEK brand specialization in dynamic process equipment.

SHPB Equipment

A split Hopkinson pressure bar is a test apparatus to characterize mechanical response of materials deforming at high strain rates (102-104 S-1).

Ballistic Test

Ballistics testing is a standards-based process to study science of projectiles and determine if they meet protection, safety and performance criteria.

Kalthoff Winkler Test

The Kalthoff Winkler test is used to investigate the modes of failure at a pre-cracked specimen impacted by varying velocities.

Testing Services

Our specialist team offer you engineering test service solution in your projects, products, processes and operations.

High Strain Rate Material Test

To impose a dynamic load on a
material specimen akin to that
like vehicle crashes.
SHPB Testing materials: Rock,
Metal, Polymers, Aluminum & etc.

Tensile Material Test

To determine the strength and
ductility of a sample while an
axial stretching load is applied.
test specimens in all sizes, from
small fasteners to large tubing.

Finite Element Analysis

Technique where a large complex
system is broken down into small
elements, or building blocks.
To study static/dynamic structural stress, vibration, fluid dynamics, etc

Engineering Software Development

Providing assembly modeling. Engineering software creation, improvement, and maintenance
Alignment in hardware and software environment.

new split hopkinson pressure bar test solution

A split Hopkinson pressure bar (SHPB), is a test apparatus used to characterize the mechanical response of materials deforming at high strain rates (102 – 104 s-1). Comparison of strain rate regimes for SHPB to some other classes of testing facilities, the SHPB has evolved from the original version of dynamic compression loading to various versions of other loading states, including tension, torsion, triaxial and axial/shear combination.

The principles for all these methods are similar. The major differences are in loading mechanisms and specimen gripping methods.

Our Strengths

We strive continuously to provide the best products and services and are committed to establishing strong, long-lasting and mutually beneficial relationships with our clients and customers.