Formulario tecnologia meccanica

Tecnologia meccanica 1

Formule principali

v₂ = c √2gh;

H_sorgente = (h_s + (h_s - D))²;

p = ((a + b ln r_s) + 2 L)_Ds^0.25;

K_s = 0.98 + 0.02 C_f^2.25;

F = K_spA₀;

σ_d = γ_f(1 + L₀tan α)φ lnA₀);

φ = 0.88 + 0.12 D₀L_csinα;

D = b₀ + b₁D_csinα;

F = σ_dA₀;

F_max = R_f l t;

g = λ F_max l;

g = A_c · t;

F = R_max T_d;

A₀ = K_g l²D² sinα;

F = F_d + F_t;

F_m = τA_b = 2k·360 (R + K_ge);

D = √²;

D = √^{((D2) - (D3 + (R3 + L3))};

g = 1:1:1;

R_d · · 4:;

R_d = (3 + 4):;

Formule aggiuntive

Tecnologia Meccanica 1Formulariov₂ = c √2gH;

H_orgente = (√3h_v(h₁- Ø)) / (π/6 + (h₁- Ø)/2);

T_MF = V_c;

T_TS = C_mM_n;

X = M_m / M_p;

Y = V_m / V_p;

y = α + δ;

x = x_c + b;

H = h;

b = δy = π/4 M_j² (4δ + 1) x³γ_f = Y_f e^{Kεn / n+1};

γ_r = Keⁿ/n+1;

p_z = Y_f e^2K(r-x);

F = π/2 w_zz t h [2μ(R₀/N_o - H)] / (R₀²);

Δh = μ² R;

α = Δh / R;

L = √ Δh : R Δb = 0.35λh . δh;

Δb = Δh / ∈;

Δh = Δh [R / N₀];

h_M = hc ε h_MUp;

F = p_v b . L;

M = P;

F_v = μwn = ln λ_e / ln λ_M - ln A₀;

p = Y_f ((a + b ln t₂) Τ_gT;

Δ = 1.2 η / m_φ;

φ = ζ + 8D / 3x_C;

D = 5.1Øb / b;

L_c = D / 2 sinΦ;

K_x = 0.98 + 0.02;

K_e = K_e;

A_θ = 4 / (R _O + K_ae)D = √4 : D_α / h_θ θ²;