We leverage our world class science & engineering practices with commercial and academic experience in both civilian and defence applications to deliver true value by effectively & efficiently solving your critical challenges.
& Product Design
Working with individuals or other companies to take initial ideas or concepts and turn them into reality. From grant applications and fund-raising, to design and manufacture of technology demonstrators, prototypes and MVPs, all the way to a finished product.
With specially designed studios, workshops and test facilities, Synbiosys are structured for fast and agile product development. Our team draws on experience in Defence & Security, Oil & Gas, Consumer Products, Renewables, Aerospace, Rail and Automotive industries to bring your innovation and vision out of the sketchbook and into a viable product.
We pride ourselves on our quality, deadline and cost driven approach along with our passion for developing solutions to new and exciting challenges.
Bespoke Material Characterisation
Dynamic material testing under rapid deformation requires constant expert input to overcome engineering challenges. Even common engineering materials can exhibit behaviour that becomes highly complex under rapid loading conditions or unusual ambient conditions.
Synbiosys offers the knowledge and experience to identify and characterise the materials needed for highly demanding environments. We develop bespoke material preparation and testing methodologies to provide the highest possible precision and accuracy.
With this data, Synbiosys can also develop and/or validate material models at laboratory scale.
Bespoke Material Modelling
Synbiosys provides extensive material modelling expertise and experience across many classes of materials including common engineering materials, cellular materials, soft viscoelastic materials and brittle materials. We use material characterisation data, such as raw stress strain curves, to formulate material model parameters for commercial FEM software including Abaqus, AutoDyne and LS-DYNA.
Before Pressure Transmission
Prony-Odgen Model for an Elastomeric Material Under Blast Loading
Numerical Model Validation
We can also provide validation services, both at laboratory scale and at large scale. We have instrumentation suitable for use on explosive ranges, for nanosecond precision of dynamic events.
This data can be used to verify and validate complex numerical simulations.
Photonic Doppler Velocimetry (PDV) system, suitable for measuring point velocities at nano second precision.
Blast wave interaction with complex geometries and materials.
Precise triggering solutions for precision data capture.
Low coherence illumination sources.