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| R&I Technology Focus |
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Materials plays a critical role in engineering as the civilization evolution itself is named after materials
The core engineering materials include metals, ceramic, polymers, cellular solids and natural materials
Renewed interest in composites and their tailor ability or the ability to design materials provides us great opportunity for engineering design
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MATERIAL TECHNOLOGY |
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Materials are main enablers for business innovation. The importance of materials technology is evident from the naming of human evolution. ATOA Scientific Technologies, have in-depth experience in various engineering materials. The engineering services specific to materials span from the raw material to production process to application development to life performance prediction.
The conventional metal, ceramic, polymer, cellular and natural materials industry can benefit from our in-depth understanding and modeling capability for expanding the limits of the material for various applications.
The Multiphysics optimization for structural, thermal, optical, acoustical and electromagnetic properties can cut the cost and weight of the material by maximizing the utility for a given weight without compromising on the quality or performance.
We have specialized simulation capability for composite materials design to meet multiple CTQs. Optimization for conflicting CTQs is a challenge we love to execute. We undertake all aspects of composites from material design to application design to manufacturing Design.
The process simulation services related to raw material synthesis, compounding, assembly, and product fabrication and life prediction services are provided by ATOAST.
Materials technology at ATOAST is powered by the Material Unity vision. Multimaterials concept provides the technical foundation for materials Technology Simulations. |
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| Material Applications |
Recent developments in smart, nano and metamaterials, enables us to engineer or design material with novel, superior and unusual properties, respectively.
The design of material is a unique opportunity to leverage existing materials for innovative use to meet the requirements of application.
The multiphysics simulations capability helps us to design materials, virtually. |
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