Mohammad Tabarra

Dr Mohammad Tabarra, Arup Fellow, consultant in renewable technology (solar, wind), tunnel & metro ventilation, industrial aerodynamics and CFD.

[Mohammad Tabarra @MoTabarra]

@kafaeealirezaa البته از ديدگاه ديگر اين فقط در آمريكا ست كه يك فرد ٣٤ ساله حق ندارد نامزد رياست جمهورى شود اما يك زندانى تبهكار با اتهامات متعدد فساد مالى و جنسى و اخلاقى حق دارد. Only in America.

[Mohammad Tabarra @MoTabarra]

Minimising exposure to droplet and aerosolised pathogens: a computational fluid dynamics study https://t.co/Afdo3i4hrI

[Arup @Arup]

Using our expertise in Computational Fluid Dynamics, we worked with #NHS doctors from the @RoyalLondonHosp, @the_MTC_org and @RollsRoyce to create a shield that protects staff by minimising the spread of #COVID-19. Find out more: https://t.co/IdWPVSYdiC

[Mohammad Tabarra @MoTabarra]

https://t.co/CHmxB1njBj

[Mohammad Tabarra @MoTabarra]

@AliciaTDennis Or alternatively, you could use a transparent AGP shield box with internal suction, like what is being tested in the UK.

[Mohammad Tabarra @MoTabarra]

#Engineers against Corona! Pleased to help protect the medical staff against Covid19, using our computational fluid dynamic modelling skills. Still much more we can do on advising public transportation policy. #Arup #CFD #MTC #RollsRoyce #COVID19 https://t.co/CHmxB1EUsR

[Mohammad Tabarra @MoTabarra]

@NicholasChrimes Also some 90% of the airborne particles are removed from the airflow within the 8 minutes of simulation time.

[Mohammad Tabarra @MoTabarra]

@NicholasChrimes An airflow simulation model of the shield box is now developed, and the CFD results show that with a suction tube of 40 litre/min, placed in an optimum location, we can achieve in excess of 20 air changes per hour, comparable or better than ITU room. Results to be published soon.

[Mohammad Tabarra @MoTabarra]

Arup: an introduction to our tunnel ventilation team https://t.co/ZYUr14pZy0 via @YouTube