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| Multiphysics Foundation |
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Evolution of science and engineering |
Philosophy |
Mathematics |
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Science:
Chemistry
Biology
Material science
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Engineering:
Civil
Mechanical
Electrical
Electronics
Industrial
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Divergence
To
Convergence |
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Multiphysics
Multiscale
Nanotechnology
Metamaterials |
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Multiphysics enables convergence of physical concepts, equation, discretization, solution procedure for true real time optimized performance |
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MULTIPHYSICS |
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Multiphysics modeling is the core competency of ATOAST. It is good to look back in history to forecast the future technology growth trend.
Initially they were philosopher and philosophical concepts, then came the scientists and mathematicians, who performed scientific experiments to establish scientific principles and theory. The scientific disciplines was diverged into physics, chemistry and biology. Each core branch of science was further divided into many specialty scientific disciplines. Interdisciplinary fields like material science was also evolved. The application of science initiated the engineering field for developing engineering applications. Engineering field was then diverged into civil, mechanical, electrical, electronics. Interdisciplinary engineering like Industrial engineering was also evolved. Each engineering core branch is then diverged into detailed engineering branches, for example, civil engineering into structural, highways, environmental engineering etc. The divergent trend was dominant mode of science and engineering technology growth.
However, currently we see the beginning of convergence, for example, Nanotechnology brings in the convergence trend starting from the atomic level. Nano technology based macro applications are engineered from atomic level for superior properties. This brings in the convergence various engineering and science disciplines. Our future forecast is that the current engineering and scientific fields will merge and new technology disciplines will emerge. Multiphysics is one such convergence of technology for innovative product development.
Multiphysics, Multiscale, nanotechnology and Metamaterials are disciplines which needs convergence of science and engineering for new growth frontiers. . ATOA Scientific Technologies leverage the "T Technology growth" Model to build core depth and width in multiphysics modeling for our client benefits. |
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| Multiphysics Applications |
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Aero elasticity:
Aircraft wing, wind turbine, helicopter blades, micro turbines, long bridges. |
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Fluid Structure:
Offshore foundations, sloshing, actuators, compressors, induction, RF heating. |
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Conjugate Heat transfer:
Racing car, offshore pipes. gas turbine, forming, welding, electronic packaging. |
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NVH, aero acoustics:
Acoustic panels, sound barrier, sonar, automobile, aero engine, speakers. |
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Chemical Transport:
Composite cure, reactive polymer flow, adhesive, biomedical. |
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Biomechanics, BioCAE:
Medical Imaging, orthosis, prosthesis, ergonomics, medical therapy. |
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Piezo, thermo electricity:
Ultrasonic probe, MEMS sensors, TE refrigeration, electrical connectors. |
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