TITLE in early 2011, based on similar 2009 model !->C:\Documents and Settings\092710\My Documents\Cascaded Stirling Refrigerators\DataAndAnalysis10\DeltaEC\He--Ar1222c.out !Created@13:51:17 01-Mar-2011 with DeltaEC version 6.3b11.9!under win32, using Win 5.1.2600 (Service Pack 3) under Python DeltaEC. !In shoestring 02 as built.xls, I kept notes during the build. !Here, I injected those results into the DeltaEC model's dimensions. !And similitude-change from helium to 5050HeAr. !And change gts: No more length guesses. !Match temperatures, pm, and f of course. !Guess all heats, of course. !Match 2nd stg R and C p1's, and driver mag p1. !Guess drive U1 and phase p1, & valve Z. !Also guess rh in both regenerators, to target |p1| across them. !This lets the phases of p1 in two places, p1 1chx, p1 in 1tbt, and the !rh's, be measures of phasor fit. !--------------------------------- 0 --------------------------------- BEGIN below the 1st-stg aftercooler 2.1063E+06 a Mean P Pa 27.000 b Freq Hz 304.11 c TBeg K G 1.8789E+05 d |p| Pa -4.345 e Ph(p) deg G 2.1180E-02 f |U| m^3/s G 21.539 g Ph(U) deg G 0.5000 j nL HeAr Gas type !--------------------------------- 1 --------------------------------- DUCT Dummy to allow for JOIN and learn incoming Edot sameas 5a a Area m^2 1.8789E+05 A |p| Pa 2.2624 b Perim m -4.345 B Ph(p) deg 1.0000E-06 c Length m 2.1180E-02 C |U| m^3/s 5.0000E-04 d Srough 21.538 D Ph(U) deg 1790.2 E Htot W stainless Solid type 1790.2 F Edot W !--------------------------------- 2 --------------------------------- JOIN JOIN 1.8789E+05 A |p| Pa -4.345 B Ph(p) deg 2.0603E-02 C |U| m^3/s 21.538 D Ph(U) deg 1790.2 E Htot W 1741.4 F Edot W 304.11 G TBeg K 304.11 H TEnd K !--------------------------------- 3 --------------------------------- SX Flow straightener: 3 layers 20 mesh 0.02 inch wire sameas 5a a Area m^2 1.8784E+05 A |p| Pa 0.6500 b VolPor -4.356 B Ph(p) deg 3.0000E-03 c Length m 2.0149E-02 C |U| m^3/s 3.0000E-04 d rh m 20.161 D Ph(U) deg 0.0000 e HeatIn W 1790.2 E Htot W 0.0000 f SolidT K 1721.8 F Edot W 304.11 G GasT K ideal Solid type 304.11 H SolidT K !--------------------------------- 4 --------------------------------- SX Flow straightener: 2 layers 10 mesh 0.032 inch wire 2.7000E-02 a Area m^2 1.8783E+05 A |p| Pa 0.7500 b VolPor -4.3609 B Ph(p) deg 3.2000E-03 c Length m 1.9729E-02 C |U| m^3/s 6.0000E-04 d rh m 18.596 D Ph(U) deg 0.0000 e HeatIn W 1790.2 E Htot W 0.0000 f SolidT K 1706.1 F Edot W 304.11 G GasT K ideal Solid type 304.11 H SolidT K !--------------------------------- 5 --------------------------------- HX main ambient heat exchanger, aka aftercooler 2.7000E-02 a Area m^2 1.8795E+05 A |p| Pa 0.1377 b GasA/A -4.7578 B Ph(p) deg 6.8046E-02 c Length m 1.8285E-02 C |U| m^3/s 3.0500E-04 d y0 m 11.076 D Ph(U) deg -1665.6 e HeatIn W G 124.58 E Htot W 296.20 f SolidT K =5H 1653.1 F Edot W 304.11 G GasT K stainless Solid type 296.20 H SolidT K !--------------------------------- 6 --------------------------------- SX Flow straightener: 1 layer 10 mesh 0.032 inch wire sameas 5a a Area m^2 1.8794E+05 A |p| Pa sameas 4b b VolPor -4.7598 B Ph(p) deg 1.6000E-03 c Length m 1.8118E-02 C |U| m^3/s sameas 4d d rh m 10.157 D Ph(U) deg 0.0000 e HeatIn W 124.58 E Htot W 0.0000 f SolidT K 1645.2 F Edot W 304.11 G GasT K ideal Solid type 304.11 H SolidT K !--------------------------------- 7 --------------------------------- STKSCREEN Regenerator. rh is supposed to be 18.90 microns sameas 5a a Area m^2 1.6659E+05 A |p| Pa 0.6800 b VolPor -3.9211 B Ph(p) deg 5.0800E-02 c Length m 1.3411E-02 C |U| m^3/s 1.6867E-05 d rh m G -37.582 D Ph(U) deg 0.32461 e ksFrac 124.58 E Htot W 929.78 F Edot W 304.11 G TBeg K stainless Solid type 196.76 H TEnd K !--------------------------------- 8 --------------------------------- SX Flow straightener: 1 layer 10 mesh 0.032 inch wire sameas 5a a Area m^2 1.6658E+05 A |p| Pa sameas 4b b VolPor -3.9216 B Ph(p) deg 1.6000E-03 c Length m 1.3520E-02 C |U| m^3/s sameas 4d d rh m -38.578 D Ph(U) deg 0.0000 e HeatIn W 124.58 E Htot W 0.0000 f SolidT K 926.29 F Edot W 196.76 G GasT K ideal Solid type 196.76 H SolidT K !--------------------------------- 9 --------------------------------- HX CHX sameas 5a a Area m^2 1.6619E+05 A |p| Pa 0.1528 b GasA/A -4.0543 B Ph(p) deg 3.0054E-02 c Length m 1.4083E-02 C |U| m^3/s 3.1000E-04 d y0 m -42.726 D Ph(U) deg 685.28 e HeatIn W G 809.86 E Htot W 202.40 f SolidT K =9H 913.59 F Edot W 196.76 G GasT K stainless Solid type 202.40 H SolidT K !--------------------------------- 10 --------------------------------- SX Flow straightener: 1 layer 10 mesh 0.032 inch wire sameas 5a a Area m^2 1.6618E+05 A |p| Pa sameas 4b b VolPor -4.0545 B Ph(p) deg 1.6000E-03 c Length m 1.4211E-02 C |U| m^3/s sameas 4d d rh m -43.625 D Ph(U) deg 0.0000 e HeatIn W 809.86 E Htot W 0.0000 f SolidT K 910.22 F Edot W 196.76 G GasT K ideal Solid type 196.76 H SolidT K !--------------------------------- 11 --------------------------------- SX Flow straighener: 5 layers 20 mesh 0.020 inch wire sameas 5a a Area m^2 1.6611E+05 A |p| Pa sameas 3b b VolPor -4.0446 B Ph(p) deg 5.0000E-03 c Length m 1.4531E-02 C |U| m^3/s sameas 3d d rh m -46.277 D Ph(U) deg 0.0000 e HeatIn W 809.86 E Htot W 0.0000 f SolidT K 893.58 F Edot W 196.76 G GasT K stainless Solid type 196.76 H SolidT K !--------------------------------- 12 --------------------------------- JOIN JOIN 1.6611E+05 A |p| Pa -4.0446 B Ph(p) deg 1.4243E-02 C |U| m^3/s -46.277 D Ph(U) deg 809.86 E Htot W 875.87 F Edot W 196.76 G TBeg K 196.76 H TEnd K !--------------------------------- 13 --------------------------------- CONE 7-way wide diffusers (incl 12-pin space) sameas 5a a AreaI m^2 Mstr 1.6597E+05 A |p| Pa 1.5400 b PerimI m 13a -4.0895 B Ph(p) deg 1.3000E-02 c Length m 1.5036E-02 C |U| m^3/s 9.1500E-04 d AreaF m^2 Mstr -49.532 D Ph(U) deg 0.28378 e PerimF m 13d 809.86 E Htot W 5.0000E-04 f Srough 875.45 F Edot W stainless Solid type !--------------------------------- 14 --------------------------------- MINOR Expansion into wide diffuser sameas 13d a Area m^2 1.6535E+05 A |p| Pa 5.0000E-02 b K+ -3.8693 B Ph(p) deg 0.5000 c K- 1.5036E-02 C |U| m^3/s -49.532 D Ph(U) deg 809.86 E Htot W 868.75 F Edot W !--------------------------------- 15 --------------------------------- DUCT 7-way reconnect: 7 tubes 5/8 od, 0.058 wall, 8 inch long sameas 13d a Area m^2 Mstr 1.5305E+05 A |p| Pa 0.28378 b Perim m 15a -7.6765 B Ph(p) deg 0.2000 c Length m 1.6051E-02 C |U| m^3/s 5.0000E-04 d Srough -53.585 D Ph(U) deg 809.86 E Htot W stainless Solid type 854.65 F Edot W !--------------------------------- 16 --------------------------------- CONE little flange, with Endevco and tc near its end. 2.0470E-03 a AreaI m^2 Mstr 1.5169E+05 A |p| Pa 0.16039 b PerimI m 16a -8.1514 B Ph(p) deg 3.3000E-02 c Length m 1.6307E-02 C |U| m^3/s 9.3700E-04 d AreaF m^2 Mstr -54.475 D Ph(U) deg 0.10851 e PerimF m 16d 809.86 E Htot W 5.0000E-04 f Srough 854.13 F Edot W ideal Solid type !--------------------------------- 17 --------------------------------- RPN pressure amplitude target (kPa) at 1tbt-1 164.33 a G or T 151.69 A kPa p1 mag 1000 / !--------------------------------- 18 --------------------------------- RPN pressure phase target (deg) at 1tbt-1 -5.100 a G or T -8.1514 A deg p1 arg !--------------------------------- 19 --------------------------------- RPN xi 1 0.0000 a G or T 9.9921E-02 A m 0.4109 B m 1179.9 C xi1/dn U1 mag w / 21a / dn / ; x ; U1 mag w / 21a / !--------------------------------- 20 --------------------------------- RPN Reset Tm at tc1 219.23 a G or T 219.23 A kelvin 0.4109 B m x inp =Tm !--------------------------------- 21 --------------------------------- DUCT TBT near tc1 !L = half of 0.47816 m 9.6200E-04 a Area m^2 Mstr 1.3844E+05 A |p| Pa 0.10995 b Perim m 21a -12.994 B Ph(p) deg 0.23908 c Length m 1.7469E-02 C |U| m^3/s 5.0000E-04 d Srough -58.45 D Ph(U) deg 809.86 E Htot W stainless Solid type 848.16 F Edot W !--------------------------------- 22 --------------------------------- RPN Reset Tm at tc2 249.57 a G or T 249.57 A kelvin 0.64998 B m x inp =Tm !--------------------------------- 23 --------------------------------- DUCT TBT near tc2 !length of this segment is !from midpt between tc1 & 2 !to midpoint between tc2 & 3 sameas 21a a Area m^2 Mstr 1.1334E+05 A |p| Pa 0.10995 b Perim m 23a -24.525 B Ph(p) deg 0.4899 c Length m 1.9446E-02 C |U| m^3/s 5.0000E-04 d Srough -65.196 D Ph(U) deg 809.86 E Htot W stainless Solid type 835.81 F Edot W !--------------------------------- 24 --------------------------------- RPN Reset Tm at tc3 272.34 a G or T 272.34 A kelvin 1.1399 B m x inp =Tm !--------------------------------- 25 --------------------------------- DUCT TBT near tc3 sameas 21a a Area m^2 Mstr 9.1228E+04 A |p| Pa 0.10995 b Perim m 25a -40.873 B Ph(p) deg 0.50165 c Length m 2.0835E-02 C |U| m^3/s 5.0000E-04 d Srough -70.889 D Ph(U) deg 809.86 E Htot W stainless Solid type 822.91 F Edot W !--------------------------------- 26 --------------------------------- RPN Reset Tm at tc4 284.33 a G or T 284.33 A kelvin 1.6415 B m x inp =Tm !--------------------------------- 27 --------------------------------- DUCT TBT near tc4 sameas 21a a Area m^2 Mstr 7.6872E+04 A |p| Pa 0.10995 b Perim m 27a -64.115 B Ph(p) deg sameas 25c c Length m 2.1525E-02 C |U| m^3/s 5.0000E-04 d Srough -75.918 D Ph(U) deg 809.86 E Htot W stainless Solid type 809.86 F Edot W !--------------------------------- 28 --------------------------------- RPN Reset Tm at tc5 292.52 a G or T 292.52 A kelvin 2.1432 B m x inp =Tm !--------------------------------- 29 --------------------------------- RPN Force Edot=Hdot here, E_lost goes to the CHX 1.0000 a G or T =29A 1.0000 A ratio Edot Htot / !--------------------------------- 30 --------------------------------- DUCT TBT near tc5 sameas 21a a Area m^2 Mstr 7.5523E+04 A |p| Pa 0.10995 b Perim m 30a -91.573 B Ph(p) deg sameas 25c c Length m 2.1494E-02 C |U| m^3/s 5.0000E-04 d Srough -80.666 D Ph(U) deg 809.86 E Htot W stainless Solid type 796.99 F Edot W !--------------------------------- 31 --------------------------------- RPN Reset Tm at tc6 298.96 a G or T 298.96 A kelvin 2.6448 B m x inp =Tm !--------------------------------- 32 --------------------------------- DUCT TBT near tc6 sameas 21a a Area m^2 Mstr 8.6884E+04 A |p| Pa 0.10995 b Perim m 32a -114.99 B Ph(p) deg sameas 25c c Length m 2.0758E-02 C |U| m^3/s 5.0000E-04 d Srough -85.46 D Ph(U) deg 809.86 E Htot W stainless Solid type 784.66 F Edot W !--------------------------------- 33 --------------------------------- RPN Reset Tm at tc7 304.22 a G or T 304.22 A kelvin 3.1465 B m x inp =Tm !--------------------------------- 34 --------------------------------- DUCT TBT near tc7 sameas 21a a Area m^2 Mstr 1.0502E+05 A |p| Pa 0.10995 b Perim m 34a -131.19 B Ph(p) deg sameas 25c c Length m 1.9373E-02 C |U| m^3/s 5.0000E-04 d Srough -90.65 D Ph(U) deg 809.86 E Htot W stainless Solid type 773.18 F Edot W !--------------------------------- 35 --------------------------------- RPN Reset Tm at tc8 307.73 a G or T 307.73 A kelvin 3.6481 B m x inp =Tm !--------------------------------- 36 --------------------------------- DUCT TBT near tc8 sameas 21a a Area m^2 Mstr 1.2471E+05 A |p| Pa 0.10995 b Perim m 36a -142.16 B Ph(p) deg sameas 25c c Length m 1.7437E-02 C |U| m^3/s 5.0000E-04 d Srough -96.705 D Ph(U) deg 809.86 E Htot W stainless Solid type 762.75 F Edot W !--------------------------------- 37 --------------------------------- RPN Reset Tm at tc9 306.54 a G or T 306.54 A kelvin 4.1498 B m x inp =Tm !--------------------------------- 38 --------------------------------- DUCT TBT near tc9 !length of this segment is !from midpt between tc8 & 9 !to midpt between tc9 & 10 sameas 21a a Area m^2 Mstr 1.4235E+05 A |p| Pa 0.10995 b Perim m 38a -149.81 B Ph(p) deg 0.47997 c Length m 1.5198E-02 C |U| m^3/s 5.0000E-04 d Srough -103.99 D Ph(U) deg 809.86 E Htot W stainless Solid type 753.87 F Edot W !--------------------------------- 39 --------------------------------- RPN Reset Tm at tc10 297.07 a G or T 297.07 A kelvin 4.6298 B m x inp =Tm !--------------------------------- 40 --------------------------------- DUCT TBT above tc10 9.6200E-04 a Area m^2 Mstr 1.5005E+05 A |p| Pa 0.10995 b Perim m 40a -152.92 B Ph(p) deg 0.22914 c Length m 1.4047E-02 C |U| m^3/s 5.0000E-04 d Srough -108.29 D Ph(U) deg 809.86 E Htot W stainless Solid type 750.02 F Edot W !--------------------------------- 41 --------------------------------- RPN Reset Tm - to match up with ambient at 2ahx 306.80 a G or T G 306.80 A kelvin 4.8589 B m 702.42 C xi1/dn U1 mag w / 21a / dn / ; x ; inp =Tm !--------------------------------- 42 --------------------------------- RPN Cone expansion minor loss 0.0000 a G or T 0.64446 A ChngeMe 3.2 47A 2 / tan 1.25 ^ * 1 44a 44d / - 2 ^ * 1 min !--------------------------------- 43 --------------------------------- MINOR Transition minor loss sameas 44a a Area m^2 1.4962E+05 A |p| Pa sameas 42A b K+ -153.08 B Ph(p) deg 0.1000 c K- 1.4047E-02 C |U| m^3/s -108.29 D Ph(U) deg 809.86 E Htot W 745.73 F Edot W !--------------------------------- 44 --------------------------------- CONE Transition cone 9.6200E-04 a AreaI m^2 Mstr 1.5056E+05 A |p| Pa 0.10995 b PerimI m 44a -153.47 B Ph(p) deg 8.4500E-02 c Length m 1.2596E-02 C |U| m^3/s sameas 52a d AreaF m^2 Mstr -115.24 D Ph(U) deg 0.29658 e PerimF m 44d 809.86 E Htot W 5.0000E-04 f Srough 744.95 F Edot W ideal Solid type !--------------------------------- 45 --------------------------------- RPN p1 target (kPa) at 1tbt-5 150.09 a G or T =45A 150.09 A kPa 4.9434 B m x 43A 44A + 2 / 1000 / !--------------------------------- 46 --------------------------------- RPN p1 target (deg) at 1tbt-5 -153.3 a G or T -153.27 A degr 43B 44B + 2 / !--------------------------------- 47 --------------------------------- RPN Transition cone full angle 0.0000 a G or T 38.736 A degr 4.9434 B m x 44d pi / sqrt 44a pi / sqrt - 44c / atan 2 * !--------------------------------- 48 --------------------------------- JOIN JOIN 1.5056E+05 A |p| Pa -153.47 B Ph(p) deg 1.2356E-02 C |U| m^3/s -115.24 D Ph(U) deg 809.86 E Htot W 730.74 F Edot W 306.80 G TBeg K 306.80 H TEnd K !--------------------------------- 49 --------------------------------- RPN hand-calc JOIN: 0.0000 a G or T 5.4276 A Kelvin 0.15142 B m pk-pk U1 mag w / 2 * 44a / gamma 1 - gamma / p1 mag * pm / Tm * 48D 48B - sin * !--------------------------------- 50 --------------------------------- SX Flow straightener: 3 layers 20 mesh 0.020 inch wire sameas 52a a Area m^2 1.5035E+05 A |p| Pa sameas 3b b VolPor -153.54 B Ph(p) deg sameas 3c c Length m 1.2233E-02 C |U| m^3/s sameas 3d d rh m -115.69 D Ph(U) deg 0.0000 e HeatIn W 809.86 E Htot W 0.0000 f SolidT K 726.05 F Edot W 306.80 G GasT K ideal Solid type 306.80 H SolidT K !--------------------------------- 51 --------------------------------- SX Flow straightener: 1 layer 10 mesh 0.032 inch wire sameas 52a a Area m^2 1.5032E+05 A |p| Pa sameas 6b b VolPor -153.56 B Ph(p) deg sameas 6c c Length m 1.2169E-02 C |U| m^3/s sameas 6d d rh m -115.92 D Ph(U) deg 0.0000 e HeatIn W 809.86 E Htot W 0.0000 f SolidT K 724.25 F Edot W 306.80 G GasT K ideal Solid type 306.80 H SolidT K !--------------------------------- 52 --------------------------------- HX 2nd stage AHX 7.0000E-03 a Area m^2 1.5138E+05 A |p| Pa 0.1557 b GasA/A -154.53 B Ph(p) deg sameas 5c c Length m 1.1666E-02 C |U| m^3/s sameas 5d d y0 m -118.11 D Ph(U) deg -737.4 e HeatIn W G 72.458 E Htot W sameas 5f f SolidT K =52H 710.53 F Edot W 306.80 G GasT K stainless Solid type 296.20 H SolidT K !--------------------------------- 53 --------------------------------- SX Flow straightener: 1 layer 10 mesh 0.032 inch wire sameas 52a a Area m^2 1.5136E+05 A |p| Pa sameas 6b b VolPor -154.55 B Ph(p) deg sameas 6c c Length m 1.1603E-02 C |U| m^3/s sameas 6d d rh m -118.36 D Ph(U) deg 0.0000 e HeatIn W 72.458 E Htot W 0.0000 f SolidT K 708.72 F Edot W 306.80 G GasT K ideal Solid type 306.80 H SolidT K !--------------------------------- 54 --------------------------------- STKSCREEN 2nd stage regenerator... rh is supposed to be 18.1 microns. sameas 52a a Area m^2 1.1495E+05 A |p| Pa 0.7000 b VolPor -166.18 B Ph(p) deg 5.5000E-02 c Length m 6.1090E-03 C |U| m^3/s 2.4651E-05 d rh m G -132.89 D Ph(U) deg 0.37411 e ksFrac 72.458 E Htot W 293.50 F Edot W 306.80 G TBeg K stainless Solid type 194.79 H TEnd K !--------------------------------- 55 --------------------------------- SX Flow straightener: 1 layer 10 mesh 0.032 inch wire sameas 52a a Area m^2 1.1494E+05 A |p| Pa sameas 6b b VolPor -166.19 B Ph(p) deg sameas 6c c Length m 6.0724E-03 C |U| m^3/s sameas 6d d rh m -133.25 D Ph(U) deg 0.0000 e HeatIn W 72.458 E Htot W 0.0000 f SolidT K 292.88 F Edot W 194.79 G GasT K ideal Solid type 194.79 H SolidT K !--------------------------------- 56 --------------------------------- HX 2nd stage CHX sameas 52a a Area m^2 1.1540E+05 A |p| Pa 0.1288 b GasA/A -166.71 B Ph(p) deg 3.1000E-02 c Length m 5.9585E-03 C |U| m^3/s 3.1400E-04 d y0 m -134.56 D Ph(U) deg 206.00 e HeatIn W G 278.46 E Htot W sameas 9f f SolidT K =56H 291.08 F Edot W 194.79 G GasT K stainless Solid type 202.40 H SolidT K !--------------------------------- 57 --------------------------------- SX Flow straightener: 1 layer 10 mesh 0.032 inch wire sameas 52a a Area m^2 1.1540E+05 A |p| Pa sameas 6b b VolPor -166.72 B Ph(p) deg sameas 6c c Length m 5.9227E-03 C |U| m^3/s sameas 6d d rh m -134.93 D Ph(U) deg 0.0000 e HeatIn W 278.46 E Htot W 0.0000 f SolidT K 290.47 F Edot W 194.79 G GasT K ideal Solid type 194.79 H SolidT K !--------------------------------- 58 --------------------------------- SX Flow straightener: 3 layers 20 mesh 0.02 inch wire sameas 52a a Area m^2 1.1532E+05 A |p| Pa sameas 3b b VolPor -166.76 B Ph(p) deg sameas 3c c Length m 5.8495E-03 C |U| m^3/s sameas 3d d rh m -135.59 D Ph(U) deg 0.0000 e HeatIn W 278.46 E Htot W 0.0000 f SolidT K 288.59 F Edot W 194.79 G GasT K stainless Solid type 194.79 H SolidT K !--------------------------------- 59 --------------------------------- JOIN JOIN 1.1532E+05 A |p| Pa -166.76 B Ph(p) deg 5.7564E-03 C |U| m^3/s -135.59 D Ph(U) deg 278.46 E Htot W 284.00 F Edot W 194.79 G TBeg K 194.74 H TEnd K !--------------------------------- 60 --------------------------------- STKDUCT 2nd stg pulse tube 7.0000E-03 a Area m^2 Mstr 1.1525E+05 A |p| Pa 0.29659 b Perim m 60a -167.01 B Ph(p) deg 0.2000 c Length m 6.8888E-03 C |U| m^3/s 4.7500E-04 d WallA m^2 148.50 D Ph(U) deg 278.46 E Htot W 283.18 F Edot W 194.74 G TBeg K stainless Solid type 318.55 H TEnd K !--------------------------------- 61 --------------------------------- SX Flow straightener: 3 layers 20 mesh 0.02 inch wire sameas 52a a Area m^2 1.1518E+05 A |p| Pa sameas 3b b VolPor -166.99 B Ph(p) deg sameas 3c c Length m 6.9317E-03 C |U| m^3/s sameas 3d d rh m 147.82 D Ph(U) deg 0.0000 e HeatIn W 278.46 E Htot W 0.0000 f SolidT K 281.30 F Edot W 318.55 G GasT K ideal Solid type 318.55 H SolidT K !--------------------------------- 62 --------------------------------- SX Flow straightener: 1 layer 10 mesh 0.032 inch wire sameas 52a a Area m^2 1.1516E+05 A |p| Pa sameas 6b b VolPor -166.98 B Ph(p) deg sameas 6c c Length m 6.9567E-03 C |U| m^3/s sameas 6d d rh m 147.48 D Ph(U) deg 0.0000 e HeatIn W 278.46 E Htot W 0.0000 f SolidT K 280.56 F Edot W 318.55 G GasT K ideal Solid type 318.55 H SolidT K !--------------------------------- 63 --------------------------------- HX Final AHX sameas 52a a Area m^2 1.1480E+05 A |p| Pa 0.1288 b GasA/A -167.08 B Ph(p) deg 1.5000E-02 c Length m 7.0112E-03 C |U| m^3/s 3.0900E-04 d y0 m 146.84 D Ph(U) deg -278.46 e HeatIn W G -5.6843E-14 E Htot W sameas 5f f SolidT K =63H 279.15 F Edot W 318.55 G GasT K ideal Solid type 296.20 H SolidT K !--------------------------------- 64 --------------------------------- RPN Net cooling power 0.0000 a G or T 891.28 A watt 9e 56e + !--------------------------------- 65 --------------------------------- RPN A=1st law eff, B-Carnot eff 0.0000 a G or T 0.49787 A ChngeMe 2.1578 B ChngeMe 9f 5f 9f - / 64A 1F / !--------------------------------- 66 --------------------------------- RPN Fraction of Carnot 0.0000 a G or T 0.23073 A ChngeMe 65A 65B / !--------------------------------- 67 --------------------------------- SX Flow straightener: 1 layer 10 mesh 0.032 inch wire sameas 52a a Area m^2 1.1478E+05 A |p| Pa sameas 6b b VolPor -167.08 B Ph(p) deg sameas 6c c Length m 7.0367E-03 C |U| m^3/s sameas 6d d rh m 146.50 D Ph(U) deg 0.0000 e HeatIn W -5.6843E-14 E Htot W 0.0000 f SolidT K 278.41 F Edot W 318.55 G GasT K ideal Solid type 318.55 H SolidT K !--------------------------------- 68 --------------------------------- SX Flow straightener: 3 layers 20 mesh 0.02 inch wire sameas 52a a Area m^2 1.1470E+05 A |p| Pa sameas 3b b VolPor -167.05 B Ph(p) deg sameas 3c c Length m 7.0829E-03 C |U| m^3/s sameas 3d d rh m 145.86 D Ph(U) deg 0.0000 e HeatIn W -5.6843E-14 E Htot W 0.0000 f SolidT K 276.56 F Edot W 318.55 G GasT K ideal Solid type 318.55 H SolidT K !--------------------------------- 69 --------------------------------- CONE Transition to acoustic network 7.0000E-03 a AreaI m^2 Mstr 1.1403E+05 A |p| Pa 0.29658 b PerimI m 69a -167.3 B Ph(p) deg 8.6360E-02 c Length m 8.3714E-03 C |U| m^3/s 8.8700E-04 d AreaF m^2 Mstr 138.05 D Ph(U) deg 0.10558 e PerimF m 69d -5.6843E-14 E Htot W 5.0000E-04 f Srough 276.16 F Edot W ideal Solid type !--------------------------------- 70 --------------------------------- RPN pressure amplitude target (kPa) 114.03 a G or T =70A 114.03 A kPa p1 mag 1000 / !--------------------------------- 71 --------------------------------- RPN pressure phase target (deg) -167.3 a G or T =71A -167.3 A deg p1 arg !--------------------------------- 72 --------------------------------- RPN Transition cone full angle 0.0000 a G or T 38.786 A deg 69a pi / sqrt 69d pi / sqrt - 69c / atan 2 * !--------------------------------- 73 --------------------------------- RPN Calculate transition expanion loss 0.0000 a G or T 0.66172 A ChngeMe 3.2 72A 2 / tan 1.25 ^ * 1 69d 69a / - 2 ^ * 1 min !--------------------------------- 74 --------------------------------- MINOR Transition minor loss sameas 69d a Area m^2 1.1388E+05 A |p| Pa 0.1000 b K+ -167.2 B Ph(p) deg sameas 73A c K- 8.3714E-03 C |U| m^3/s 138.05 D Ph(U) deg -5.6843E-14 E Htot W 275.10 F Edot W !--------------------------------- 75 --------------------------------- DUCT Tube before the valve, and approx part of the valve sameas 79a a Area m^2 Mstr 1.0710E+05 A |p| Pa 7.6360E-02 b Perim m 75a -169.53 B Ph(p) deg 0.1500 c Length m 8.6769E-03 C |U| m^3/s 5.0000E-04 d Srough 136.48 D Ph(U) deg -5.6843E-14 E Htot W ideal Solid type 273.19 F Edot W !--------------------------------- 76 --------------------------------- IMPEDANCE Variable R 6.4733E+06 a Re(Zs) Pa-s/m^3 G 9.6351E+04 A |p| Pa -1.0920E+06 b Im(Zs) Pa-s/m^3 G -137.57 B Ph(p) deg 8.6769E-03 C |U| m^3/s 136.48 D Ph(U) deg -5.6843E-14 E Htot W 29.510 F Edot W !--------------------------------- 77 --------------------------------- RPN valve K, GSBook Eq. 7.36, based on 0.7 inch diam passages 2.4800E-04 a G or T 6.1861 A ChngeMe 76a 3 * pi * inp sqrd * 4 / rho / U1 mag / !--------------------------------- 78 --------------------------------- RPN "equiv length" of valve, acc. to GSBook Eq 4.7 (0.7 in diam) 0.0000 a G or T -9.1341 A cm 76b 77a * w / rho / 100 * !--------------------------------- 79 --------------------------------- DUCT Inertance 4.6400E-04 a Area m^2 Mstr 2.0769E+04 A |p| Pa 7.6360E-02 b Perim m 79a 47.255 B Ph(p) deg 1.8500 c Length m 1.0368E-02 C |U| m^3/s 5.0000E-04 d Srough 135.21 D Ph(U) deg -5.6843E-14 E Htot W ideal Solid type 3.8510 F Edot W !--------------------------------- 80 --------------------------------- RPN Cone full angle 0.0000 a G or T 18.244 A deg 83d pi / sqrt 83a pi / sqrt - 83c / atan 2 * !--------------------------------- 81 --------------------------------- RPN Calculate cone expansion minor loss 0.0000 a G or T 0.21572 A ChngeMe 3.2 80A 2 / tan 1.25 ^ * 1 83a 83d / - 2 ^ * 1 min !--------------------------------- 82 --------------------------------- MINOR Transition minor loss sameas 83a a Area m^2 2.0756E+04 A |p| Pa sameas 81A b K+ 45.642 B Ph(p) deg 0.1000 c K- 1.0368E-02 C |U| m^3/s 135.21 D Ph(U) deg -5.6843E-14 E Htot W 0.82034 F Edot W !--------------------------------- 83 --------------------------------- CONE L to tank cone transition sameas 79a a AreaI m^2 Mstr 2.3600E+04 A |p| Pa 7.6360E-02 b PerimI m 83a 45.465 B Ph(p) deg 0.1000 c Length m 1.0218E-02 C |U| m^3/s 2.5000E-03 d AreaF m^2 Mstr 135.21 D Ph(U) deg 0.17724 e PerimF m 83d -5.6843E-14 E Htot W 5.0000E-04 f Srough 0.53937 F Edot W ideal Solid type !--------------------------------- 84 --------------------------------- MINOR Expansion minor loss sameas 83d a Area m^2 2.3600E+04 A |p| Pa 1.0000 b K+ 45.300 B Ph(p) deg 0.1000 c K- 1.0218E-02 C |U| m^3/s 135.21 D Ph(U) deg -5.6843E-14 E Htot W 0.19124 F Edot W !--------------------------------- 85 --------------------------------- COMPLIANCE Tank 0.2100 a SurfAr m^2 2.3600E+04 A |p| Pa 8.9590E-03 b Volume m^3 45.300 B Ph(p) deg 1.7588E-12 C |U| m^3/s 130.73 D Ph(U) deg -5.6843E-14 E Htot W ideal Solid type 1.6521E-09 F Edot W !--------------------------------- 86 --------------------------------- RPN pressure amplitude target in tank (kPa) 23.600 a G or T =86A 23.600 A kPa p1 mag 1000 / !--------------------------------- 87 --------------------------------- RPN pressure phase target in tank (kPa) 45.300 a G or T =87A 45.300 A deg p1 arg !--------------------------------- 88 --------------------------------- HARDEND End 0.0000 a R(1/z) =88G 2.3600E+04 A |p| Pa 0.0000 b I(1/z) =88H 45.300 B Ph(p) deg 0.0000 c Htot W =88E 1.7588E-12 C |U| m^3/s 130.73 D Ph(U) deg -5.6843E-14 E Htot W 1.6521E-09 F Edot W 1.8587E-11 G R(1/z) 2.3275E-10 H I(1/z) ! The restart information below was generated by a previous run ! and will be used by DeltaEC the next time it opens this file. guessz 0c 0e 0f 0g 5e 7d 9e 41a 52e 54d 56e 63e 76a 76b xprecn 4.8804E-03 1.6690E-06 3.8311E-07 6.4611E-07 1.0053E-03 -2.4550E-10 1.8880E-03 -1.0570E-04 8.4619E-04 -2.9523E-10 -1.6500E-03 3.1991E-03 13.257 9.7338 targs 5f 9f 29a 45a 52f 56f 63f 70a 71a 86a 87a 88a 88b 88c hilite 9e 56e 64A mstr-slave 19 13 -9 15 -2 16 -9 21 -2 23 -2 25 -2 27 -2 30 -2 32 -2 34 -2 36 -2 38 -2 40 -2 44 -9 60 -2 69 -9 75 -2 79 -2 83 -9 ! Plot start, end, and step values. May be edited if you wish. ! Outer Loop: | Inner Loop .