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Force and pressure investigation of modern asymmetric spinnakers
Ignazio Maria Viola
, R.G.J. Flay
School of Engineering
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Dive into the research topics of 'Force and pressure investigation of modern asymmetric spinnakers'. Together they form a unique fingerprint.
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Engineering
Design Purpose
9%
Determines
9%
Edge Separation
18%
Flow Field
9%
Heel Angle
18%
Leading Edge
9%
Measurement
27%
Measurer
9%
Pressure Distribution
18%
Pressure System
9%
Reattachment
9%
Reduction
9%
Research
9%
Rolling Moment
9%
Scale Model
9%
Surfaces
9%
Trailing Edge
9%
Trimming
18%
Tunnels
9%
Wind
27%
Chemistry
Asymmetry
100%
Flow
27%
Pressure
100%
Surface
9%
Physics
Drag
9%
Flow Distribution
9%
Force Measurement
9%
Pressure
100%
Pressure Distribution
18%
Pressure Measurement
9%
Rolling Moments
9%
Rules
9%
Scale Model
9%
Sides
9%
Suction
9%
Wind Tunnels
9%