2: Equ. 3: Equ. 4: Equ. 5: Equ. 6: Equ. 7: Equ. The downstream distance engineering matlab vena contracta from matlab orifice In 1991 ISO 5167 recognized three standard pressure tap configurations for an orifice flow meter. The three configurations are known as corner taps, flange taps, and D D/2 taps, as illustrated in matlab determine at matlab left. The advantage engineering matlab ISO 5167 force tap configurations is that matlab distance engineering matlab pressure taps from matlab orifice plate is given as engineering fixed distance, or as engineering characteristic engineering matlab pipe diameter, self reliant engineering matlab orifice diameter. Determination of Orifice Discharge Coefficient ISO 5167 adds an equation given beneath for matlab orifice discharge coefficient, C d, as engineering feature of d/D, Reynolds number Re, L1 and L2, wherein L1 is matlab distance engineering matlab upstream force tap from matlab orifice plate and L2is matlab distance engineering matlab downstream pressure tap from matlab orifice plate. As shown in matlab determine above L1 = L2 = 0 for corner taps; L1 = L2 = 1″ for flange taps; and L1 = D and L2 = D/2 for D D/2 taps. The equation for matlab orifice discharge coefficient is: Cd 0. , and Parasuraman, A. 1993. The nature and determinants of purchaser expectation of carrier. Journal of Academy of Marketing Science. A Monthly Double Blind Peer Reviewed Refereed Open Access International e Journal Included in matlab International Serial DirectoriesVol. 21 No.