Differences between revisions 1 and 4 (spanning 3 versions)

Inclines Sections

The inclines are the regions of the loop where the rotor rises from the surface to 80km launch altitude.

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parameter	bottom value	top value	units
horizontal distance	0	311.9	kilometers
vertical distance	0	80	kilometers
incline sheath mass	10	10	kg/m
cable angle	38.85	-	degrees
cable offset	20.0	-	kilometers
cable support length	80.0	80	kilometers
incline slope	0.3640	0.1400	vert/horiz
incline angle	20.00	8.01	degrees
deflection force	205,016	82,093	kiloNewtons
deflection force vertical	201,902	81,893	kiloNewtons
deflection force horizontal	35,601	5,731	kiloNewtons
rotor mass density	2.9882	3.0000	kg/meter
rotor velocity	14,055	14,000	meter/sec
gravity	9.81	9.57	meter²/sec
cable force ratio gz	1.14	4.73	vert/horiz
cable axial force	-	27,701	kiloNewtons/rotor
station support force	-	54,792	kiloNewtons/rotor
station + elevator mass	-	5726	metric tons/rotor
main diagonal cable mass	-	2150	metric tons/rotor
incline cable mass	-	1280	metric tons/rotor

source. gnuplot control file You will need http://gnuplot.info to make the plot, though you can output the data to other plotting packages.

-  ⇤ ← Revision 1 as of 2009-07-22 00:21:45 → 
  Size: 2238
  Editor: KeithLofstrom
  Comment:
+   ← Revision 4 as of 2009-07-22 00:33:27 → ⇥
  Size: 2186
  Editor: KeithLofstrom
  Comment:
-Deletions are marked like this.
+Additions are marked like this.
 Line 7:
+|| parameter                   || bottom value || top value || units              ||
|| horizontal distance         || 0            || 311.9     || kilometers         ||
|| vertical distance           || 0            || 80        || kilometers         ||
|| incline sheath mass         || 10           || 10        || kg/m               ||
|| cable angle                 || 38.85        || -         || degrees            ||
|| cable offset                || 20.0         || -         || kilometers         ||
|| cable support length        || 80.0         || 80        || kilometers         ||
|| incline slope               || 0.3640       || 0.1400    || vert/horiz         ||
|| incline angle               || 20.00        || 8.01      || degrees            ||
|| deflection force            || 205,016      || 82,093    || kiloNewtons        ||
|| deflection force vertical   || 201,902      || 81,893    || kiloNewtons        ||
|| deflection force horizontal || 35,601       || 5,731     || kiloNewtons        ||
|| rotor mass density          || 2.9882       || 3.0000    || kg/meter           ||
|| rotor velocity              || 14,055       || 14,000    || meter/sec          ||
|| gravity                     || 9.81         || 9.57      || meter^2^/sec       ||
|| cable force ratio gz        || 1.14         || 4.73      || vert/horiz         ||
|| cable axial force           || -            || 27,701    || kiloNewtons/rotor  ||
|| station support force       || -            || 54,792    || kiloNewtons/rotor  ||
|| station + elevator mass     || -            || 5726      || metric tons/rotor  ||
|| main diagonal cable mass    || -            || 2150      || metric tons/rotor  ||
|| incline cable mass          || -            || 1280      || metric tons/rotor  ||
-Line 8:
+Line 29:
-|| parameter                   || bottom value || top value  || units               ||
|| incline sheath mass         || 10           || 10         || kg/m                ||
|| cable angle                 || 38.85        || -          || degrees             ||
|| cable offset                || 20.0         || -          || kilometers          ||
|| cable support length        || 80.0         || 80         || kilometers          ||
|| incline slope               || 0.3640       || 0.1400     || vert/horiz
          ||
|| incline angle               || 20.00        || 8.01       || degrees             ||
|| deflection force            || 205,016      || 82,093     || kiloNewtons
         ||
|| deflection force vertical   || 201,902      || 81,893     || kiloNewtons
         ||
|| deflection force horizontal || 35,601       || 5,731      || kiloNewtons
         ||
|| rotor mass density          || 2.9882       || 3.0000     || kg/meter
            ||
|| rotor velocity              || 14,055       || 14,000     || meter/sec
           ||
|| gravity                     || 9.81         || 9.57       || meter^2/sec
         ||
|| horizontal distance         || 0            || 311.9      || kilometers
          ||
|| vertical distance           || 0            || 80         || kilometers
          ||
|| cable force ratio gz        || 1.14         || 4.73       || vert/horiz
          ||
|| cable axial force           || 0            || 27,701     || kiloNewtons
 / rotor ||
|| station support force       || -            || 54,792     || kiloNewtons
 / rotor ||
|| station + elevator mass     || -            || 5726       || metric tons
 / rotor ||
|| main diagonal cable mass    || -            || 2150       || metric tons
 / rotor ||
|| incline cable mass          || -            || 1280       || metric tons
 / rotor ||
+{{ attachment:in01.png }}
-Line 45:
+Line 31:
-{{ attachment:LaunchLoop400.png }}

[[ in01.c | source  ]].  [[ gnuplot control file ]]  You will need [[ http://gnuplot.info ]] to make the plot, though you can output the data to other plotting packages.
+[[ attachment:in01.c | source  ]].  [[ attachment:in.cmd | gnuplot control file ]]  You will need [[ http://gnuplot.info ]] to make the plot, though you can output the data to other plotting packages.

Diff for "Inclines"

Inclines Sections