Micro/ nanoscale evaluation

The market trend for consumer electronic devices and appliances is reaching towards compact and lighter solutions. The amplified microstructural effects of materials in micro/ nano-scale often asks for a better understanding of its properties compared to its bulk counterparts, and it is our aim to develop different techniques to accurately study the small-scale behavior of materials.

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Meso-scale evaluation

At thicknesses comparable to a few strands of human hair, meso-scale specimens is able to provide in-depth information not only on the individual microstructural effects at small-scales, but also with the additional similarity of its behavior  with bulk samples. With our custom-built tester, mechanical evaluation can be conducted at a higher cost and time efficiency than its conventional bulk counterparts.

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Bulk-scale evaluation

Based on the international standards of mechanical testing, we utilize both standard and custom-built mechanical tester to assess the performance of a long list of materials fabricated from conventional and additive manufacturing methods.

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Simulation and experimental modeling 

Structural and material modeling presents a large pool of possibilities in various system design. This improves the overall time and cost efficiency to achieve the most sustainable and reliable output, and its complexity is well known to escalate in the micro/ nano-systems.

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Elevated temperature evaluation

Applications used in extreme environments, in particular the space and nuclear industry, both require materials to withstand high temperatures in vacuum and to persist their mechanical performance with excellence. It is hence of great importance to subject the same conditions onto the materials and to critically evaluate their behaviors.

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Fatigue, creep and fracture evaluation

Each and every devices we used in our daily life are subjected to a number of repeated cycles in variation of stress, strain, temperature, and other variables in which results in the presence of time-dependent mechanical responses. Therefore, cyclic and creep tests are important to critically evaluate the estimated functional lifespan of materials embedded in these systems.

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