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Solingen Swords |
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Below is a collection of the computed properties of most of the swords covered
in the "Solingen book". Refer to the backbone for details. I'm indebted to Peter Johnsson, Vincen Le Chevalier and the "Deutsches Klingenmuseum
Solingen" for allowing me to use their material. |
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Below I show you most of the swords investigated. For the meaning of the diagrams
look here. The data contained in these diagrams have not yet been thoroughly
evaluated. I made a first attempt to do this by measuring the angle (in degree
o) of the "rotation response cone" and
the length of the longer axis of the "translation response
ellipse". I used some of these data to produce some correlations between sword parameters; scroll down for that.
Note that the numbering of the swords in the book is on occasion
a bit mixed up between the text and the graphics. Here I took the numbers from the text. |
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No. 11
"Sword" (a long sword, me thinks) About 1150 - 1250 Found in a river
Length: 114 cm Mass: 1198 g Angle: 31,5 Ellipse: 15.5 mm |
No. 14 "Sword" About 1280 - 1310
Length: 97,0 cm Mass: 1047 g Angle: 35 Ellipse: 20 |
No. 15 "Sword" 14th century
Length: 105 cm Mass: 885 g Angle: 38 Ellipse: 26 |
No. 16 "Sword" 14th century
Length: 92,6 cm Mass: 646 g Angle: 58 Ellipse: 36 |
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No. 17
"Sword" Late 15th century; Milano A proto rapier for duelling
Length: 98 cm Mass: 450 g Angle: 100 Ellipse: 47 |
No. 46
Rapier, last quarter 16th century
Length: 120 cm Mass: 1349 g Angle: 24 Ellipse: 15 mm |
No. 47 Rapier ca. 1600
Length: 126,5cm Mass: 1265 g (1175 g ?) Angle: 26 Ellipse: 17 |
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No. 18
Bastard sword Early 14th century
Length: 123 cm Mass: 1857 g Angle: 26 Ellipse: 11 mm |
No. 19 Bastard Sword ca. 1350
Length: 127 cm Mass: 1500 g Angle: 26 Ellipse: 14 |
No. 20
Two-hand sword but rather short and
light Second half 15 th century Length: 123,2 cm Mass: 1580 g Angle: 40 Ellipse: 13 |
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No. 21 Bastard sword 1st half 14th century
Length: 113.4 cm Mass: 1753 g Angle: 30 Ellipse: 11 |
No. 22 Bastard sword 1st half 14th century
Length: 112 cm Mass: 1360 g Angle: 40 Ellipse: 14 |
No. 27 Hand-and-a-half sword ca. 1425 - 1520
Length: 124 cm Mass: 1407 g Angle: 35 Ellipse: 15 |
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No. 23 Hand-and-a-half sword Middle 14th century
Length: 105,6 cm Mass: 1197 g Angle: 26 Ellipse: 19 |
No. 24 Hand-and-a-half sword Around 1400
Length: 109,5 cm Mass: 1286 g Angle: 26 Ellipse: 17 |
No. 25 Bastard sword 2nd half 14th century
Length: 105 cm Mass: 1320 g Angle: 55 Ellipse: 16 |
No. 28 Hand-and-a-half ca. 1480 - 1500
Length: 105 cm Mass: 822 g Angle: 89 Ellipse: 27 mm |
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No. 26
Two-hand sword of the Archbishop of Cologne 1450 - 1460
Length: 130,6 cm Mass: 1589 g Angle: 37 Ellipse: 14 mm |
No. 29 Two-hand sword late 15th century
Length: 146.5 cm Mass: 2018 g Angle: 44 Ellipse: 9 mm |
No. 30 Two-hand sword; Solingen 1580
Length: 170 cm Mass: 3660 g Angle: 23 Ellipse: - |
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No. 31
Falchion, ca. 1500
Length: 69 cm Mass: 1092 g Angle: 62 Ellipse: 19 |
No. 32
Sabre Milano 1530
Length: 92,5 cm Mass: 1360 g Angle: 31 Ellipse: 17 |
No. 33 Sabre End 16th century
Length: 86,5 cm Mass: 1244 g Angle: 44 Ellipse: 17 |
Note that the numbers in the book are off relative to the text (30, 31, 32 instead of 31, 32,
33). Here the numbers in the text are used | |
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No. 34
Messer
Late 15th century Length: 85 cm Mass: 1078 g Angle: 45 Ellipse: 22 |
No. 35 Messer, ca. 1500
Length: 80.2 cm Mass: 610 g Angle: 64 Ellipse: 58 |
No. 37 Messer ca. 1500
Length: 83 cm Mass: 695 g Angle: 42 Ellipse: 57 |
No. 39
Baselard (? A baselard is a medieval dagger or short sword, rather like an ancient akinaka
15th century Length: 84.3 cm Mass: 760 g Angle: 56 Ellipse: 33 |
Note that the numbers in the book are off relative to the text (33 - 38 instead of 34 - 39)
for the first two swords. Here the numbers in the text are used | |
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No. 40 Single edged sword Early 16th century
Length: 95,7 cm Mass: 1300 g Angle: 73 Ellipse: 15 |
No. 36 Messer late 15th century
Length: 100 cm Mass: 784 g Angle: 42 Ellipse: 35 |
No. 38 Messer, ca. 1490
Length: 111 cm Mass: 911 g Angle: 51 Ellipse: 24 |
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No. 43 Sidesword, 1550
Length: 101 cm Mass: 845 g Angle: 45 Ellipse: 28 |
No. 44 Sidesword (Degen) Solingen, ca. 1600
Length: 116 cm Mass: 1119 g Angle: 25 Ellipse: 19 |
No. 45 Sidesword (Degen) Middle 16th century
Length: 110 cm Mass: 732 g Angle: 48 Ellipse: 28 |
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You can see that the "rotational agility" given by
the size of the rotation response cone varies quite a bit,
even between swords that are quite similar. It is of course tied to the different moments of intertie of the swords and
thus to their mass and Length. Is there some correlation between these parameter? |
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That is easy to find out. Just measure the opening angle of the cones and plot
it versus either the mass or the length. The results are shown below: |
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Relation between the mass of a sword and its rotational response |
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Relation between the length of a sword and its rotational response |
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Well! There is almost no correlation besides
the unavoidable triviality that short and light-weight swords tend to be more agile then long and heavy ones. What that
implies is discussed in the backbone. |
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If you feel enterprising, you can produce a lot more correlation diagrams, e.g. between percussion
point location and mass / length / rotational response and so on. Or the distance between the percussion point - vibration
node and the effective mass at the percussion point. Endless possibilities. Get to work. |
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With frame
Books and Other Major Sources
Sword Types
Critical Museum Guide: Metropolitan Museum, NYC
Critical Museum Guide: Museums in Copenhagen
12.4.2 Dynamc Properties Combined
© H. Föll (Iron, Steel and Swords script)