Saída do programa CURVA_EMPUXO 1.2, versão de 9 Nov 2008

 Caso   = curva_empuxo_1p2_BT-108_saida.txt

 Título = Motor BT-108, TE 27 Jul 2010, Curva_empuxo 1.2

     *** CURVA EMPUXO X TEMPO ***

  t (s)     empuxo (N)
  0.0000    0.25
  0.0013    0.26
  0.0063    0.32
  0.0113    0.37
  0.0163    0.42
  0.0213    0.49
  0.0263    0.57
  0.0313    0.66
  0.0363    0.76
  0.0413    0.87
  0.0463    0.98
  0.0513    1.10
  0.0563    1.23
  0.0613    1.36
  0.0663    1.51
  0.0713    1.66
  0.0763    1.81
  0.0813    1.97
  0.0863    2.13
  0.0913    2.30
  0.0963    2.48
  0.1013    2.66
  0.1063    2.87
  0.1113    3.08
  0.1163    3.35
  0.1213    3.63
  0.1263    3.91
  0.1313    4.16
  0.1363    4.37
  0.1413    4.57
  0.1463    4.79
  0.1513    5.03
  0.1563    5.24
  0.1613    5.42
  0.1663    5.58
  0.1713    5.75
  0.1763    5.94
  0.1813    6.13
  0.1863    6.32
  0.1913    6.51
  0.1963    6.71
  0.2013    6.90
  0.2063    7.09
  0.2113    7.29
  0.2163    7.49
  0.2213    7.67
  0.2263    7.86
  0.2313    7.98
  0.2363    8.01
  0.2413    7.98
  0.2463    7.96
  0.2513    7.94
  0.2563    7.91
  0.2613    7.87
  0.2663    7.83
  0.2713    7.78
  0.2763    7.60
  0.2813    7.30
  0.2863    6.96
  0.2913    6.59
  0.2963    6.10
  0.3013    5.49
  0.3063    4.93
  0.3113    4.54
  0.3163    4.27
  0.3213    4.10
  0.3263    3.99
  0.3313    3.89
  0.3363    3.79
  0.3413    3.71
  0.3463    3.62
  0.3513    3.54
  0.3563    3.50
  0.3613    3.46
  0.3663    3.42
  0.3713    3.36
  0.3763    3.32
  0.3813    3.29
  0.3863    3.26
  0.3913    3.23
  0.3963    3.21
  0.4013    3.20
  0.4063    3.17
  0.4113    3.14
  0.4163    3.13
  0.4213    3.11
  0.4263    3.10
  0.4313    3.08
  0.4363    3.06
  0.4413    3.04
  0.4463    3.03
  0.4513    3.02
  0.4563    3.01
  0.4613    2.99
  0.4663    2.98
  0.4713    2.97
  0.4763    2.96
  0.4813    2.95
  0.4863    2.94
  0.4913    2.93
  0.4963    2.92
  0.5013    2.91
  0.5063    2.90
  0.5113    2.90
  0.5163    2.89
  0.5213    2.88
  0.5263    2.87
  0.5313    2.87
  0.5363    2.87
  0.5413    2.86
  0.5463    2.86
  0.5513    2.86
  0.5563    2.85
  0.5613    2.85
  0.5663    2.84
  0.5713    2.84
  0.5763    2.83
  0.5813    2.83
  0.5863    2.82
  0.5913    2.82
  0.5963    2.82
  0.6013    2.81
  0.6063    2.81
  0.6113    2.81
  0.6163    2.80
  0.6213    2.80
  0.6263    2.80
  0.6313    2.79
  0.6363    2.78
  0.6413    2.79
  0.6463    2.79
  0.6513    2.78
  0.6563    2.78
  0.6613    2.77
  0.6663    2.77
  0.6713    2.77
  0.6763    2.77
  0.6813    2.76
  0.6863    2.76
  0.6913    2.77
  0.6963    2.77
  0.7013    2.76
  0.7063    2.76
  0.7113    2.76
  0.7163    2.76
  0.7213    2.75
  0.7263    2.76
  0.7313    2.76
  0.7363    2.76
  0.7413    2.76
  0.7463    2.77
  0.7513    2.77
  0.7563    2.76
  0.7613    2.76
  0.7663    2.75
  0.7713    2.75
  0.7763    2.75
  0.7813    2.75
  0.7863    2.74
  0.7913    2.75
  0.7963    2.75
  0.8013    2.75
  0.8063    2.75
  0.8113    2.74
  0.8163    2.74
  0.8213    2.74
  0.8263    2.74
  0.8313    2.74
  0.8363    2.74
  0.8413    2.74
  0.8463    2.73
  0.8513    2.73
  0.8563    2.73
  0.8613    2.73
  0.8663    2.72
  0.8713    2.72
  0.8763    2.72
  0.8813    2.72
  0.8863    2.72
  0.8913    2.72
  0.8963    2.72
  0.9013    2.71
  0.9063    2.71
  0.9113    2.71
  0.9163    2.71
  0.9213    2.71
  0.9263    2.71
  0.9313    2.71
  0.9363    2.71
  0.9413    2.71
  0.9463    2.72
  0.9513    2.72
  0.9563    2.72
  0.9613    2.72
  0.9663    2.72
  0.9713    2.72
  0.9763    2.72
  0.9813    2.72
  0.9863    2.72
  0.9913    2.72
  0.9963    2.72
  1.0013    2.72
  1.0063    2.72
  1.0113    2.72
  1.0163    2.71
  1.0213    2.71
  1.0263    2.71
  1.0313    2.72
  1.0363    2.72
  1.0413    2.72
  1.0463    2.72
  1.0513    2.72
  1.0563    2.73
  1.0613    2.74
  1.0663    2.75
  1.0713    2.75
  1.0763    2.75
  1.0813    2.75
  1.0863    2.74
  1.0913    2.74
  1.0963    2.74
  1.1013    2.74
  1.1063    2.74
  1.1113    2.75
  1.1163    2.75
  1.1213    2.75
  1.1263    2.76
  1.1313    2.76
  1.1363    2.76
  1.1413    2.76
  1.1463    2.76
  1.1513    2.76
  1.1563    2.76
  1.1613    2.76
  1.1663    2.76
  1.1713    2.76
  1.1763    2.76
  1.1813    2.76
  1.1863    2.77
  1.1913    2.77
  1.1963    2.77
  1.2013    2.77
  1.2063    2.77
  1.2113    2.77
  1.2163    2.77
  1.2213    2.77
  1.2263    2.77
  1.2313    2.77
  1.2363    2.78
  1.2413    2.77
  1.2463    2.77
  1.2513    2.77
  1.2563    2.77
  1.2613    2.77
  1.2663    2.78
  1.2713    2.78
  1.2763    2.78
  1.2813    2.78
  1.2863    2.79
  1.2913    2.79
  1.2963    2.79
  1.3013    2.79
  1.3063    2.79
  1.3113    2.80
  1.3163    2.80
  1.3213    2.80
  1.3263    2.80
  1.3313    2.80
  1.3363    2.80
  1.3413    2.80
  1.3463    2.80
  1.3513    2.80
  1.3563    2.80
  1.3613    2.80
  1.3663    2.81
  1.3713    2.81
  1.3763    2.81
  1.3813    2.81
  1.3863    2.81
  1.3913    2.81
  1.3963    2.81
  1.4013    2.81
  1.4063    2.81
  1.4113    2.82
  1.4163    2.82
  1.4213    2.82
  1.4263    2.82
  1.4313    2.83
  1.4363    2.82
  1.4413    2.82
  1.4463    2.82
  1.4513    2.82
  1.4563    2.82
  1.4613    2.82
  1.4663    2.82
  1.4713    2.82
  1.4763    2.82
  1.4813    2.82
  1.4863    2.82
  1.4913    2.82
  1.4963    2.82
  1.5013    2.82
  1.5063    2.82
  1.5113    2.82
  1.5163    2.82
  1.5213    2.82
  1.5263    2.83
  1.5313    2.82
  1.5363    2.82
  1.5413    2.83
  1.5463    2.83
  1.5513    2.83
  1.5563    2.83
  1.5613    2.82
  1.5663    2.83
  1.5713    2.83
  1.5763    2.83
  1.5813    2.83
  1.5863    2.83
  1.5913    2.83
  1.5963    2.83
  1.6013    2.83
  1.6063    2.82
  1.6113    2.82
  1.6163    2.82
  1.6213    2.82
  1.6263    2.82
  1.6313    2.82
  1.6363    2.81
  1.6413    2.81
  1.6463    2.81
  1.6513    2.81
  1.6563    2.81
  1.6613    2.81
  1.6663    2.81
  1.6713    2.80
  1.6763    2.80
  1.6813    2.80
  1.6863    2.80
  1.6913    2.80
  1.6963    2.80
  1.7013    2.80
  1.7063    2.80
  1.7113    2.79
  1.7163    2.79
  1.7213    2.79
  1.7263    2.79
  1.7313    2.79
  1.7363    2.80
  1.7413    2.80
  1.7463    2.80
  1.7513    2.80
  1.7563    2.79
  1.7613    2.79
  1.7663    2.79
  1.7713    2.80
  1.7763    2.80
  1.7813    2.81
  1.7863    2.81
  1.7913    2.81
  1.7963    2.81
  1.8013    2.80
  1.8063    2.80
  1.8113    2.81
  1.8163    2.80
  1.8213    2.80
  1.8263    2.79
  1.8313    2.79
  1.8363    2.80
  1.8413    2.80
  1.8463    2.80
  1.8513    2.79
  1.8563    2.79
  1.8613    2.79
  1.8663    2.80
  1.8713    2.80
  1.8763    2.80
  1.8813    2.80
  1.8863    2.79
  1.8913    2.79
  1.8963    2.80
  1.9013    2.81
  1.9063    2.81
  1.9113    2.81
  1.9163    2.81
  1.9213    2.81
  1.9263    2.81
  1.9313    2.82
  1.9363    2.83
  1.9413    2.82
  1.9463    2.81
  1.9513    2.81
  1.9563    2.82
  1.9613    2.81
  1.9663    2.81
  1.9713    2.81
  1.9763    2.82
  1.9813    2.93
  1.9863    3.10
  1.9913    3.08
  1.9963    2.99
  2.0013    2.92
  2.0063    2.87
  2.0113    2.83
  2.0163    2.81
  2.0213    2.80
  2.0263    2.78
  2.0313    2.72
  2.0363    2.57
  2.0413    2.29
  2.0463    1.94
  2.0513    1.56
  2.0563    1.17
  2.0613    0.89
  2.0663    0.67
  2.0713    0.48
  2.0763    0.34
  2.0807    0.25

*** Motor BT-108, TE 27 Jul 2010, Curva_empuxo 1.2 ***

   9.43   = massa de propelente (g)

   9.7876 = aceleração gravitacional local (m/s2)

   0.25   = empuxo mínimo (N)

   8.01   = empuxo máximo (N)

   5.550  = tempo original do empuxo máximo (s)

   0.236  = tempo corrigido do empuxo máximo (s)

   5.314  = tempo original inicial (s)

   7.394  = tempo original final (s)

   2.081  = tempo de queima (s)

   6.37   = impulso total (Ns)

   3.06   = empuxo médio (N)

 675.2    = velocidade de exaustão efetiva média (m/s)

  69.0    = impulso específico médio (s)

   4.53   = fluxo de massa médio (g/s)

   2.62   = razão empuxo máximo / empuxo médio

   3.12   = razão empuxo mínimo / empuxo máximo (%)

classificação do motor = C 3