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CFD Role in Thailand’s Electronics Manufacturing

Explore the application of Computational Fluid Dynamics (CFD) in Thailand's electronics manufacturing industry, focusing on cleanroom simulation using CAMETA software for airflow velocity, temperature, humidity, and particle concentration distributions. Discover the benefits of a cleanroom-embedded software control system and the research areas in turbulence modeling and scalar-transport phenomena. Acknowledging contributions from industry partners Seagate Technology and Philips Semiconductors.

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CFD Role in Thailand’s Electronics Manufacturing

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  1. CFD Role in Thailand’s Electronics Manufacturing Ekachai Juntasaro CFD Lab School of Mechanical Engineering Institute of Engineering Suranaree University of Technology Nakhon Ratchasima, Thailand

  2. Electronics Manufacturing (1/4) Cleanroom: 104 m x 52 m x 3 m

  3. Electronics Manufacturing (2/4) Zoom-in

  4. Electronics Manufacturing (3/4) > 800 Air-inlets > 40 Air-outlets

  5. Electronics Manufacturing (4/4)

  6. What did we do? (1/6) CFD software for cleanroom: CAMETA version 2.0 Time-independent (steady-state) solution Three-dimensional domain Cartesian coordinate system Physical quantity of interest: Airflow velocity

  7. What did we do? (2/6) Cleanroom test case

  8. What did we do? (3/6) Cleanroom test case: z = -1.7 m

  9. What did we do? (4/6) Cleanroom test case: z = -4.8 m

  10. What did we do? (5/6) Cleanroom test case: y = 0.6 m

  11. What did we do? (6/6) Cleanroom test case: y = 1.0 m

  12. What are we doing? (1/1) CFD software for cleanroom: CAMETA version 3.0 Time-independent (steady-state) solution Three-dimensional domain Cartesian coordinate system Physical quantities of interest: Temperature distribution Relative humidity distribution Particle concentration distribution

  13. What do we dream of? (1/1) Cleanroom-embeded-software control system CFD software = Visualizing as numerical sensors Online sensors = Physical sensors where needed Supercomputer = ~ Real time computing for CFD Benefits Automatic control system No disturbance & contamination into cleanroom Detailed information inside cleanroom Infrastructure for nanotechnology

  14. What research area needed? (1/1) Turbulence Modeling Scalar-Transport-Phenomena Modeling: Temperature (Heat) %RH (Humidity, or Moisture Content) Particle Concentration Fast and Adaptive Computing Algorithm Grid and Cluster Computing Sensor, Measurement & Instrumentation

  15. Acknowledgements Dr. Piyawut Srichaikul National Electronics and Computer Technology Center (NECTEC) Seagate Technology (Thailand) Ltd. Philips Semiconductors (Thailand) Co., Ltd.

  16. Thank you for your interest

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