vs_icspr_rate =
part_1 =
icspr_p =

fmv_rod = 12
fbvicp_dia = 34
fbvicr_dia = 10

icspr_rate =
icspr_prel =
ctg_rod_dia = 12
icpist_dia = 34
icrod_dia = 10
dyno_test_stroke = 76.2
dyno_prel = 50
nineoclock = 126.2

1f   2001 RM 125

Calculate equivalent of P.bv and dyno gas force        $icspr_rate         icspr (kg/mm) $icspr_prel         icspr prel (mm)  icspr prel may not populate correctly $ctg_rod_dia         ctg rod dia (mm) $icpist_dia         icpist dia (mm) $icrod_dia         icrod dia (mm) $dyno_test_stroke         dyno test stroke (mm) $dyno_prel         dyno prel (mm) $nineoclock         9 oclock gas test (mm)   Results  $icpist_area_mm      907.92    mm^2, icpist area    $icrod_area_mm     78.54     mm^2, icrod area  $icpistArea_rodArea      829.38    mm^2, icpist area - icrod area $ctg_rod_stroke      126.2    mm   ctg rod stroke $ctg_rod_area      113.1    mm2   ctg rodarea $ctg_rod_vol      14272.88     mm3   ctg rod vol $icpist_stroke      17.209     mm icpist stroke   $icspr_stroke      17.21     mm, icspr stroke (icpist_stroke + prel)   $icspr_kgf      0     = kgf from icspr     $icpist_stroke      17.209       1.286     = in^2, icpist area   0     = lbf from icspr   0.1217     in2   rod area     [openDynoFk__press_calc_gasforce_bu_7-7-25.php]   0     = P.bv psi 0     = lbf gas force   0     = lbf gas / 2 SFF