Prediction of Surface Pressures during Water Impact

A. Wardlaw, P. M. Aronson
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Abstract

Nomenclature CD(X = drag coefficient assuming a constant entry velocity CP = pressure coefficient Cw = wetting factor, h/h' en = unit vector normal to the body surface h = model depth below effective planar surface h' — model depth below original surface A/z = increment in depth below the effective planar surface in successive steps t = time t*m — VEt/D, where t is time measured from initial model impact t* = VEt/d, where t is the length of time the element centroid has been submerged VE = entry velocity Bc = cone half angle 6 = entry angle (measured from the horizontal) = velocity potential
水撞击时地表压力的预测
命名法CD(X =恒定进入速度下的阻力系数CP =压力系数Cw =润湿系数,h/h’en =与体表法向的单位矢量h =有效平面下的模型深度h’-原始表面下的模型深度a /z =有效平面下连续步骤的深度增量t =时间t*m -VEt/D,其中t为模型初始撞击后测量到的时间t* = VEt/D,其中t为单元质心被淹没的时间长度VE =进入速度Bc =锥半角6 =进入角(从水平方向测量)=速度势
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