Droplet trajectories about a sphere in ideal fluid flow were calculated. From the calculated droplet trajectories the droplet impingement characteristics of the sphere were determined. Impingement data and equations for determining the collection efficiency, the area, and the distribution of impingement are presented in terms of dimensionless parameters. The range of flight and atmospheric conditions covered in the calculations was extended considerably beyond the range covered by previously reported calculations for the sphere
The impact of liquid droplets onto spherical stationary solid particles under isothermal conditions ...
Validation of trajectory computer codes, for icing analysis, requires experimental water droplet imp...
The general effect of wing sweep on cloud-droplet trajectories about swept wings of high aspect rati...
The presence of radomes and instruments that are sensitive to water films or ice formations in the n...
The presence of radomes and instruments that are sensitive to water films or ice formations in the n...
The presence of radomes and instruments that are sensitive to water\ud films or ice formations in th...
The rate and. area of cloud droplet impingement on four bodies of revolution were obtained experimen...
The general effect of wing sweep on cloud-droplet trajectories about swept wings of high aspect rati...
The trajectories of droplets in the air flowing past an NACA 651-212 airfoil at an angle of attack o...
The trajectories of water droplets in the air flowing past an NACA 6511004 airfoil at a n angle of a...
The trajectories of droplets in the air flowing past an NACA 65AO04 airfoil at an angle of attack of...
Trajectories of water droplets about an ellipsoid of revolution with a fineness ratio of 10 (10 perc...
Trajectories were determined for water droplets or other aerosol particles in air flowing through 60...
An experimental method has been developed to determine the water droplet impingement characteristics...
The trajectories of droplets i n the air flowing past a 36.5-percent-thick Joukowski airfoil at zero...
The impact of liquid droplets onto spherical stationary solid particles under isothermal conditions ...
Validation of trajectory computer codes, for icing analysis, requires experimental water droplet imp...
The general effect of wing sweep on cloud-droplet trajectories about swept wings of high aspect rati...
The presence of radomes and instruments that are sensitive to water films or ice formations in the n...
The presence of radomes and instruments that are sensitive to water films or ice formations in the n...
The presence of radomes and instruments that are sensitive to water\ud films or ice formations in th...
The rate and. area of cloud droplet impingement on four bodies of revolution were obtained experimen...
The general effect of wing sweep on cloud-droplet trajectories about swept wings of high aspect rati...
The trajectories of droplets in the air flowing past an NACA 651-212 airfoil at an angle of attack o...
The trajectories of water droplets in the air flowing past an NACA 6511004 airfoil at a n angle of a...
The trajectories of droplets in the air flowing past an NACA 65AO04 airfoil at an angle of attack of...
Trajectories of water droplets about an ellipsoid of revolution with a fineness ratio of 10 (10 perc...
Trajectories were determined for water droplets or other aerosol particles in air flowing through 60...
An experimental method has been developed to determine the water droplet impingement characteristics...
The trajectories of droplets i n the air flowing past a 36.5-percent-thick Joukowski airfoil at zero...
The impact of liquid droplets onto spherical stationary solid particles under isothermal conditions ...
Validation of trajectory computer codes, for icing analysis, requires experimental water droplet imp...
The general effect of wing sweep on cloud-droplet trajectories about swept wings of high aspect rati...