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Uedu Open / Physics of COVID-19 Transmission
RES.10-S95

Physics of COVID-19 Transmission

Prof. Martin Bazant, Dr. Joey Gu, Alex Cohen | Fall 2020
Science & Math Physics Engineering Chemical Engineering Health & Medicine Public Health Health and Medicine Science
前往原始課程
CC BY-NC-SA 4.0
課程簡介
This resource is a collection of videos taught using a LightBoard, a specialized glass that creates a transparent white board. It teaches scientific principles to quantitatively assess the risk of airborne transmission of COVID-19 in indoor spaces based on factors such as the occupancy, time, room geometry, mask use, ventilation, air filtration, humidity, respiratory activities, etc., as well as how these factors interact. This collection is suitable for learners with some undergraduate-level training in STEM, although some videos may also be accessible to the general public. Graduate students and professionals can watch optional videos with more challenging mathematics. A full MITx course with problems and bonus content is available for free on MITx Online.
課程資訊
來源MIT 開放式課程
科系Chemical Engineering
語言English
影片數49
課程影片 (49)
1
Course overview of physics of COVID-19 transmission
Course overview of physics of COVID-19 transmission
2
Transfer of respiratory pathogens: Chapter 1 overview
Transfer of respiratory pathogens: Chapter 1 overview
3
Transfer of respiratory pathogens: Droplet formation
Transfer of respiratory pathogens: Droplet formation
4
Transfer of respiratory pathogens: Airborne droplets
Transfer of respiratory pathogens: Airborne droplets
5
Transfer of respiratory pathogens: Wells curve derivation (ASIDE)
Transfer of respiratory pathogens: Wells curve derivation (ASIDE)
6
Transfer of respiratory pathogens: Equilibrium size of respiratory aerosols
Transfer of respiratory pathogens: Equilibrium size of respiratory aerosols
7
Transfer of respiratory pathogens: Bacteria
Transfer of respiratory pathogens: Bacteria
8
Transfer of respiratory pathogens: Viruses
Transfer of respiratory pathogens: Viruses
9
Transfer of respiratory pathogens: Escape time of virions
Transfer of respiratory pathogens: Escape time of virions
10
Transfer of respiratory pathogens: Release of viral load from a drop (ASIDE)
Transfer of respiratory pathogens: Release of viral load from a drop (ASIDE)
11
Transfer of respiratory pathogens: Drop size–dependent infectivity (ASIDE)
Transfer of respiratory pathogens: Drop size–dependent infectivity (ASIDE)
12
Transfer of respiratory pathogens: Aerosolized pathogen deactivation
Transfer of respiratory pathogens: Aerosolized pathogen deactivation
13
Transfer of respiratory pathogens: Viral deactivation in aerosols (ASIDE)
Transfer of respiratory pathogens: Viral deactivation in aerosols (ASIDE)
14
Transfer of respiratory pathogens: Modes of transmission
Transfer of respiratory pathogens: Modes of transmission
15
Transfer of respiratory pathogens: Indoor airborne spreading of COVID-19
Transfer of respiratory pathogens: Indoor airborne spreading of COVID-19
16
Airborne disease transmission in a well-mixed room: Chapter 2 overview
Airborne disease transmission in a well-mixed room: Chapter 2 overview
17
Airborne disease transmission in a well-mixed room: Respiration and ventilation
Airborne disease transmission in a well-mixed room: Respiration and ventilation
18
Airborne disease transmission in a well-mixed room: Airborne transmission rate
Airborne disease transmission in a well-mixed room: Airborne transmission rate
19
Airborne disease transmission in a well-mixed room: Air filtration versus masks
Airborne disease transmission in a well-mixed room: Air filtration versus masks
20
Airborne disease transmission in a well-mixed room: Sedimentation and deactivation
Airborne disease transmission in a well-mixed room: Sedimentation and deactivation
21
Airborne disease transmission in a well-mixed room: Drop-size distributions
Airborne disease transmission in a well-mixed room: Drop-size distributions
22
Epidemiological models: Chapter 3 overview
Epidemiological models: Chapter 3 overview
23
Epidemiological models: Disease spreading in a population
Epidemiological models: Disease spreading in a population
24
Epidemiological models: Indoor disease spreading
Epidemiological models: Indoor disease spreading
25
Epidemiological models: Incubation-enhanced spreading
Epidemiological models: Incubation-enhanced spreading
26
Safety guideline for COVID-19: Chapter 4 overview
Safety guideline for COVID-19: Chapter 4 overview
27
Safety guideline for COVID-19: Cumulative exposure time
Safety guideline for COVID-19: Cumulative exposure time
28
Safety guideline for COVID-19: Transmission rate
Safety guideline for COVID-19: Transmission rate
29
Safety guideline for COVID-19: Transient transmission rate
Safety guideline for COVID-19: Transient transmission rate
30
Safety guideline for COVID-19: Steady transmission rate
Safety guideline for COVID-19: Steady transmission rate
31
Safety guideline for COVID-19: Transient aerosol buildup
Safety guideline for COVID-19: Transient aerosol buildup
32
Safety guideline for COVID-19: Safety guideline as a simple formula
Safety guideline for COVID-19: Safety guideline as a simple formula
33
Safety guideline for COVID-19: Analysis of superspreading events
Safety guideline for COVID-19: Analysis of superspreading events
34
Safety guideline for COVID-19: Case studies
Safety guideline for COVID-19: Case studies
35
Safety guideline for COVID-19: Role of prevalence of infection
Safety guideline for COVID-19: Role of prevalence of infection
36
Safety guideline for COVID-19: Risk scenarios
Safety guideline for COVID-19: Risk scenarios
37
Safety guideline for COVID-19: Reopening schools or businesses
Safety guideline for COVID-19: Reopening schools or businesses
38
Safety guideline for COVID-19: Vaccination and immunity
Safety guideline for COVID-19: Vaccination and immunity
39
Beyond the well-mixed room: Chapter 5 overview
Beyond the well-mixed room: Chapter 5 overview
40
Beyond the well-mixed room: Forced convection
Beyond the well-mixed room: Forced convection
41
Beyond the well-mixed room: Natural convection
Beyond the well-mixed room: Natural convection
42
Beyond the well-mixed room: Ventilation
Beyond the well-mixed room: Ventilation
43
Beyond the well-mixed room: Aerosol transport
Beyond the well-mixed room: Aerosol transport
44
Beyond the well-mixed room: Respiratory puffs and jets
Beyond the well-mixed room: Respiratory puffs and jets
45
Beyond the well-mixed room: Turbulent jets (ASIDE)
Beyond the well-mixed room: Turbulent jets (ASIDE)
46
Beyond the well-mixed room: Short-range transmission
Beyond the well-mixed room: Short-range transmission
47
Beyond the well-mixed room: Airborne transmission indoors
Beyond the well-mixed room: Airborne transmission indoors
48
Beyond the well-mixed room: Social distancing
Beyond the well-mixed room: Social distancing
49
Course conclusion
Course conclusion