[Zeppo]

A raw list of misprints found in the overall excellent book. Unfortunately, it is not well formatted but may be usefull for someone anyway.

page 032, eq. (2.78):		Error in expansion of double product.
page 062, para. 1:		"Then by substituting h - p/rho ..." -> "Then by substituting h_0 - p/rho ..."
page 065: Term 1.		"Change of of phi over time..." -> "Change of phi over time..."
page 070, eq. (3.106):		"d(rho u u)/dt" -> "d(rho u u)/dx"
page 106, para. -1:		"... only one integration point located at the centroid of the face is used with a weighing function of value equal to 1 (i.e., ip = ?ip = 1)." -> "... only one integration point located at the centroid of the face is used with a weighing function of value equal to 1 (i.e., ip(f) = ?ip = 1)."
page 117, eq. (5.37):		first term on lhs: "d(rho phi)/dt" -> "d((rho phi)_C)/dt"
page 161, para. 1:		"Compute the weighing factor using Eqs. (6.26) and (6.27)..." -> "Compute the weighing factor using Eqs. (6.29) and (6.30)..."
page 161, para. 2:		"To calculate the interpolation factor using Eq. (6.26)..." -> "To calculate the interpolation factor using Eq. (6.29)..."
page 161, para. -1:		"The calculation of gf based on Eq. (6.27)..." -> "The calculation of gf based on Eq. (6.30)..."
page 162:			"The interpolation factor using Eq. (6.27)..." -> "The interpolation factor using Eq. (6.30)..."
page 202, Listing 7.52:		"ac[l[faceI]] -= Lower[faceI];" -> "ac[l[faceI]] += Lower[faceI];"
page 202, Listing 7.52:		"ac[u[faceI]] -= Upper[faceI];" -> "ac[u[faceI]] += Upper[faceI];
page 204:			"writeMeshObj: For mesh debugging... javaview." -> "writeMeshObj: For mesh debugging... ParaView."
page 218, para. 1:		"...Numerical solutions follow the same constrain,..." -> "... Numerical solutions follow the same constraint,..."
page 222, eq. (8.42):		"gDiff_b" -> "1/d_Cb"
page 263, para 1:		"The “deltaCoeffs.internalField()” represents the gDiff field..." -> "The “deltaCoeffs.internalField()” represents the 1/d_C field..."
page 270, Ex. 9a:		"...and then under then name fvcLaplacian." -> "...and then under the name fvcLaplacian."
page 301, Ex. 7:		"Hint: r_f - r_f' = r_f - r_C - r_cf' = r_f - r_f - r_Ff'." -> "Hint: r_f - r_f' = r_f - r_C - r_Cf' = r_f - r_F - r_Ff'."
page 308:			"Back Substitution Algorithm... phi_i = (phi_i - Term) / a_ii" -> "Back Substitution Algorithm... phi_i = (b_i - Term) / a_ii"
page 322, para. -2:		"... or that the root mean square residual be smaller than ..." -> "... or that the mean square residual be smaller than ..."
page 323, eq. (10.71):		"phi_j__(n) = ..." -> "phi_i__(n) = ..."
page 349, para. 2:		"The interpolation or prolongation to the fine grid level is denote as..." -> "The interpolation or prolongation to the fine grid level is denoted as..."
page 368, fig. 11.2:		Y-axis' name is incorrect. "(phi - phi_W)/(phi - phi_E)" -> "(phi - phi_W)/(phi_E - phi_W)"
page 391:			"Substitution of ..." -> "Substituting ..."
page 391, eq. (11.90):		It seems to be wrong when "m_e_dotted" and/or "m_w_dotted" are negative
page 396, eq. (11.111):		"... -1/4 phi_w ..." -> "... -1/4 phi_W ..."
page 406, eq. (11.138):		first line, last expression after equality sign "... = ... phi(x,t)" -> "... = ... phi(t)"
page 406, eq. (11.139):		first line, last expression after equality sign "... = ... phi(x,t)" -> "... = ... phi(t)"
page 408, eq. (11.142):		"(phi__D - phi__C) / 2 delta zetta" -> "(phi__D - phi__U) / 2 delta zetta"
page 420, para. -2:		The sign "++" is written as an upper index (superscript) while it should be a regular one here: "(C++ requirement)"
page 432, fig. 12.2 (b):	In the picture sitting on the 3rd column: "phi__C__tilde > 0" -> "phi__C__tilde > 1".
page 446:			How did eq. (12.40) follow from eq. (12.39)?
page 450:			"This follows from the fact that... phi__f = phi__V ..." -> "This follows from the fact that... phi__f = phi__C ..."
page 453, eq. (12.60):		The left and central parts are not necessary.
page 471, eq. (12.112):		"... Summation(m__f__dot + m__b__dot) ..." -> "... Summation(m__f__dot) + m__b__dot ...".
page 499, eq. (13.33):		"... = b__C + a__empty_circle__C*phi__empty_circle__C" -> "... = b__C - a__empty_circle__C*phi__empty_circle__C".
page 520, eq. (13.94):		"a__empty_circle__C = (dt - dt__empty_circle)/(dt + dt__empty_circle) ..." -> "a__empty_circle__C = (dt - dt__empty_circle)/(dt * dt__empty_circle) ..."
page 527, Listing 13.4:		According to the Listings 13.3 and 13.5 "rho.dimensions()" should be included in the product: "vf.dimensions()*dimVol/dimTime" -> "rho.dimensions()*vf.dimensions()*dimVol/dimTime"
page 555, para -1:		"The source term looks slightly different from the right hand side of Eq. (14.4)..." -> "The source term looks slightly different from the right hand side of Eq. (14.9)..."
page 571, eq. (15.42):		"-rho__e * D__e__u * (dy__w / dx__w) ..." -> "-rho__e * D__e__u * (dy__e / dx__e) ..."
page 586, eq. (15.54):		Some symbols are messed up.
page 595, eq. (15.100):		"... - D__f__v__with_bar ( ..." -> "... - rho D__f__v__with_bar ( ..."
page 600, second line:		"= 0.5 [ ... p__ww__(n) )] ..." -> "= - 0.5 [ ... p__e__(n) )] ..."
page 602, eq. (15.109):		Some symbols are messed up.
page 612, eq. (15.140):		"... e__b)e__b" -> "... n)n".
page 626, para. 1:		"SIMPLE algorithm where v__primed is computed from Eq. (15.83) ..." -> "SIMPLE algorithm where v__primed is computed from Eq. (15.85) ...".
page 626, para. 3:		"Using Eq. (15.181) with the Rhie-Chow interpolation ..." -> "Using Eq. (15.182) with the Rhie-Chow interpolation ...".
page 635:			"and substituting into Eq. (15.179), the extended Rhie-Chow ..." -> "and substituting into Eq. (15.213), the extended Rhie-Chow ...".
page 660, eq. (16.14):		"rho__f__prime v__f * S__f" -> "rho__f__prime v__f__* * S__f"
page 660, eq. (16.14):		"(m_dot__f__* / rho__f__* * S__f)" -> "(m_dot__f__* / rho__f__*)"
page 664, eq. (16.26):		"... mu ..." -> "... lambda ..."
page 670:			"Equation (16.37) can be rearranged to give the static..." -> "Equation (16.38) can be rearranged to give the static..."
page 681, list. 16.10:		"ppEqn.solve();" -> "ppCompEqn.solve();"