Appointment:

• Executive Director, Institute of Pedagogical Innovation, Research and Excellence (InsPIRE)
• Principal Lecturer, Division of Physics & Applied Physics

Research topics:

• Physics Education
• Quantum Physics

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Computer Simulation Studies of Physical Interaction of Viruses with Environment to Devise Strategies to reduce the Basic Reproductive Number R_o
Computer Simulation Studies of Physical Interaction of Viruses with Environment to Devise Strategies to reduce the Basic Reproductive Number R_o
Feb 27, 2024
Ho, Shen Yong, 2024, "Computer Simulation Studies of Physical Interaction of Viruses with Environment to Devise Strategies to reduce the Basic Reproductive Number R_o", https://doi.org/10.21979/N9/BLW7U0, DR-NTU (Data), V1
The aim of this project is to deepen our knowledge of the airborne transmission route of infectious pathogens such as virus and develop methods to reduce the transmission rate of the disease, i.e., reduce the R_o of the disease. In this project, we have utilized both the computat...
00 Short Report.pdf
00 Short Report.pdf
Feb 27, 2024 - Computer Simulation Studies of Physical Interaction of Viruses with Environment to Devise Strategies to reduce the Basic Reproductive Number R_o
Adobe PDF - 597.8 KB - MD5: fafa4efd2df7c5a794c5bd58f99b2634
Short description of the Project
01Human_Generated_Aerosol_2.exe
Feb 27, 2024 - Computer Simulation Studies of Physical Interaction of Viruses with Environment to Devise Strategies to reduce the Basic Reproductive Number R_o
Windows Executable - 943.6 MB - MD5: 77f22bece0e67a822e64bbe19e0bc67a
For MS Windows. The anti-virus software may be triggered because of the file. The first run will take a while (about 10 - 15 min) as a COMSOL application will be installed first. The simulation is computational intensive and can typically take more than 15 min to run.
01Human_Generated_Aerosol_2.sh
Feb 27, 2024 - Computer Simulation Studies of Physical Interaction of Viruses with Environment to Devise Strategies to reduce the Basic Reproductive Number R_o
Shell Script - 799.3 MB - MD5: 3dd685ef378d04198464323b3aeb2930
For MacOS. The anti-virus software may be triggered because of the file. The first run will take a while (about 10 - 15 min) as a COMSOL application will be installed first. The simulation is computational intensive and can typically take more than 15 min to run.
01Human_Generated_Aerosol_2.tar
Feb 27, 2024 - Computer Simulation Studies of Physical Interaction of Viruses with Environment to Devise Strategies to reduce the Basic Reproductive Number R_o
TAR Archive - 648.4 MB - MD5: 3341dbf761ef8700876eac45ea5a9bca
For Linux Systems. The anti-virus software may be triggered because of the file. The first run will take a while (about 10 - 15 min) as a COMSOL application will be installed first. The simulation is computational intensive and can typically take more than 15 min to run.
01Human_Generated_Aerosols.pdf
01Human_Generated_Aerosols.pdf
Feb 27, 2024 - Computer Simulation Studies of Physical Interaction of Viruses with Environment to Devise Strategies to reduce the Basic Reproductive Number R_o
Adobe PDF - 241.7 KB - MD5: 0b5703195ba3ea728f123b989b87cc85
Instructions
ball_3D_app.exe
Feb 27, 2024 - Computer Simulation Studies of Physical Interaction of Viruses with Environment to Devise Strategies to reduce the Basic Reproductive Number R_o
Windows Executable - 717.6 MB - MD5: aa268c2d31a3072ed12bb68f818d1eee
For MS Windows. The anti-virus software may be triggered because of the file. The first run will take a while (about 10 - 15 min) as a COMSOL application will be installed first. The simulation is computational intensive and can typically take more than 15 min to run.
ball_3D_app.sh
Feb 27, 2024 - Computer Simulation Studies of Physical Interaction of Viruses with Environment to Devise Strategies to reduce the Basic Reproductive Number R_o
Shell Script - 573.3 MB - MD5: ed19cd2a67a693cf544c42c34644abc7
For MacOS. The anti-virus software may be triggered because of the file. The first run will take a while (about 10 - 15 min) as a COMSOL application will be installed first. The simulation is computational intensive and can typically take more than 15 min to run.
ball_3D_app.tar
Feb 27, 2024 - Computer Simulation Studies of Physical Interaction of Viruses with Environment to Devise Strategies to reduce the Basic Reproductive Number R_o
TAR Archive - 422.4 MB - MD5: b1f159ab9fd739fa12192818f0fa796f
For Linux. The anti-virus software may be triggered because of the file. The first run will take a while (about 10 - 15 min) as a COMSOL application will be installed first. The simulation is computational intensive and can typically take more than 15 min to run.
Ball_3D.pdf
Ball_3D.pdf
Feb 27, 2024 - Computer Simulation Studies of Physical Interaction of Viruses with Environment to Devise Strategies to reduce the Basic Reproductive Number R_o
Adobe PDF - 133.4 KB - MD5: 5cca03ad055e658a9ae19caa25ae9111
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