Nanophotonics

College of Engineering

RIDE (Real-Time Instruction for Driver Education)

$1.2 million driving simulator finds home in UAH’s College of Engineering

Faculty
70

Esteemed Faculty Members

Degree Programs
8

ABET-accredited undergraduate degree programs

Tech Trek

UAH’s first Tech Trek an unqualified success

Rani 1x2

 

 

 

 

 

 

 

 

          Dr. Sarma Rani received a NSF grant in the amount of $173,000 for his collaborative research effort between the University of Alabama in Huntsville and Cornell University on the role of microphysical processes and turbulence intermittency in droplet coalescence in warm cumulus clouds. This study addresses two central outstanding questions in the current understanding of warm rain production. They concern the mechanisms leading to the formation of fast-growing "statistically fortunate" drops, and to the broadening of the cloud droplet spectrum toward larger drop sizes, both of which hasten the "colloidal instability" of the cloud, resulting in precipitation. The objective of this study is to perform a multiscale, coupled computational-stochastic investigation of the role of turbulence in droplet coalescence and growth in realistic, high-Reynolds-number cloud turbulence.