<p> Trifolium </p>

ff22fb59-5583-4ecc-9bff-1c311f5fbe0a 28 6 12 decimal

&[DATE] &[TIME] - &[FILENAME]

ms n Wp ms n^:

U Eol U ms n Wp ≡ ms solve maple : U ln n / exp

data char size clr plot k 1 data rows range r3 k el char : r4 k el size : r5 k el clr : 13 mat for data r3 r4 r5 augment 21 line :

m10 00 4.4 100 5.1 150 5.6 2006250 6.4 3007400 9.4 100082 mat :

m30 00 5.1 160 5.9 240 6.5 3207400 7.4 480 8.2 64011160082 mat :

m50 00 5.6 200 6.4 3007400 7.5 5008600 8.8 800 11.9 200082 mat :

U n Eol U ln n / exp : n 3.076 : x n Wp x n^: 31 sys

U 1250 :

U Eol 10.16

W U Eol U + 1000 red 15 mat :

x c 10 x ≤ (x 15 ≤ (& cases :

m_s 3.6 km_hr * ≡

Y direction [W/m²] ... X direction [m/s]

x n Wp x c * m10 o 5 black plot m30 . 14 red plot m50 . 14 black plot W 5 1 sys

typical monthly vms
@ geopotential [m]
unknown location . vms 2m 10m 2.793 3.499 2.788 3.492 2.887 3.616 2.868 3.593 2.419 3.03 1.892 2.37 1.739 2.179 1.793 2.179 2.019 2.529 3.155 3.952 3.054 3.826 3.276 4.104 132 mat :

U U Eol 12 mat 1250 10.2 12 mat

vms vms 213 range 12 range el : month 112 range : 21 sys

X vms 2 col : Y X n Wp 1 round vectorize : PW2 month Y augment : 31 sys

PW2 1 47.1 2 46.8 3 52.1 4 51.1 5 30.3 6 14.2 7118119 17.4 10 68.5 11621277122 mat

average yearly PW2 [W/m²] PW2 2 col 12 / (sum 40.7

Monthly expected [W]

PW2 o 5 black plot PW2 40.7 3 1 sys x n Eol U U Eol + 250 red 1 5 mat 2 1 sys

data Σ Finite diff's Cumul Integration vx data 1 col : vy data 2 col : Y 1 el 0 : i 2 vx rows range Δx i el vx i el vx i 1 - el - : Y i el Y i 1 - el 12 / vy i 1 - el vy i el + (Δx i el * (* + : 21 line for vx Y augment 61 line :

cumulative annual PW2 [W]

PW2 Σ o 5 black plot PW2 Σ 2 1 sys

PW2 Σ 102473 96.4 41485 188.7 62117 223.6 8 234.6 9 248.8 10 291.7 1135712 426.4 122 mat

<p> Trifolium </p>

Application of the circulation "fmesh"

x y Φ3 x 2^y 2^+ (2^1 x 3^3 x * y 2^* - (* - :

jct 0.5625 - :

x y axes x y / - :

x f x y Φ3 0 ≡ y solve maple :

jct f 1 el jct f 3 el - 0.000000000000000

x f x 32 x * + 916 x * + sqrt - (* - sqrt 2 sqrt / x 32 x * + 916 x * + sqrt - (* - sqrt 2 sqrt / - x 32 x * + 916 x * + sqrt + (* - sqrt 2 sqrt / - x 32 x * + 916 x * + sqrt + (* - sqrt 2 sqrt / 41 mat :

x f1 x f 1 el : x f2 x f 2 el : x f3 x f 3 el : x f4 x f 4 el : 41 sys

x f1 x f2 x f3 x f 4 el 4 1 sys

Trifolium constant jct f1 0.726184377413896

Algo style "circulation" discretizer [piston discretizer] x f x0 x1 mesh fmesh U 0 : count 1 : i 1 mesh range x i el x0 i mesh / x1 x0 - (* + : U count el x i el f eval : count count 1 + : 31 line for x U augment 41 line :

N 500 :

Discretize/collect b1 x f1 jct 1 N fmesh eval : b2 x f2 1 jct N fmesh eval : b3 x f3 jct 0 N fmesh eval : b4 x f4 0 jct N fmesh eval : Trifolium b1 b2 b3 b4 stack : 51 sys

Φ3 axes 2 1 sys b1 b2 b3 b4 4 1 sys Trifolium jct jct f1 + 25 red 1 5 mat 2 1 sys Trifolium 0.75 Trifolium * 0.5 Trifolium * 1.5 Trifolium * 4 1 sys

x y Φ3 x 2^y 2^+ (2^a x 3^3 x * y 2^* - (* - :

a 1 :

arc 6 a * 189 / t sin (2^* - sqrt t 0 0.5 π * int * : Area π 4 / a 2^* : 21 mat 6.682 0.785 21 mat

The wind mill rotation

Eol Trifolium :

x C 1 x 2^- sqrt : x re x C Re 1 - x ≤ (x 1 ≤ (& cases : x im x C Re - 1 - x ≤ (x 1 ≤ (& cases : Hub 00.15 red 15 mat : 41 sys

θ rot θ cos θ sin - θ sin θ cos 22 mat :

θ π 5 / - :

Smath 2D vectros rotation system t Eol Eol θ π 30 / t * + rot * eval :

step1 060 range :

Smath "Wind Mill" project

t Eol x re x im Hub 4 1 sys