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Tools for Research

Composite Property Calculator

Estimate direction-wise elastic constants, tensile and compressive strengths, density, thermal expansion and specific heat for a unidirectional fiber–matrix composite.

Complete

Infer missing isotropic constants from any valid pair of E, G, ν and K.

Calculate

Use transparent Voigt, Reuss and mass-weighted mixture equations.

Export

Create a CSV report and Abaqus engineering-constants material card.

Calculations run locally. Missing constituent inputs are ignored only for their dependent properties; no hidden values are substituted.
Vf 60.00%Vm 40.00%Vvoid 0.00%

Fiber properties

Elastic constants (enter any two)

Physical and thermal

Strength

Elastic completion: using Enu; inferred G, K.

Matrix properties

Elastic constants (enter any two)

Physical and thermal

Strength

Elastic completion: using Enu; inferred G, K.

Results are up to date

The comparison chart and Abaqus export use the last calculated inputs.

Engineering constants

E₁

139,400 MPa

E1 = V_fE1_f + V_mE1_m

E₂

8,554.729 MPa

1/E2 = V_f/E2_f + V_m/E2_m

E₃

8,554.729 MPa

1/E3 = V_f/E3_f + V_m/E3_m

G₁₂

3,176.294 MPa

1/G12 = V_f/G12_f + V_m/G12_m

G₁₃

3,176.294 MPa

1/G13 = V_f/G13_f + V_m/G13_m

G₂₃

3,176.294 MPa

1/G23 = V_f/G23_f + V_m/G23_m

ν₁₂

0.26

ν12 = V_fν12_f + V_mν12_m

ν₁₃

0.26

ν13 = V_fν13_f + V_mν13_m

ν₂₃

0.26

ν23 = V_fν23_f + V_mν23_m

ν₂₁

0.01595574

ν₂₁ = ν₁₂E₂/E₁

Direction-wise yield/strength estimates

Xₜ — tension, direction 1

2,128 MPa

direction-1 tensile yield/strength direct Rule of Mixtures

X꜀ — compression, direction 1

1,128 MPa

direction-1 compressive yield/strength direct Rule of Mixtures

Yₜ — tension, direction 2

169.9029 MPa

direction-2 tensile yield/strength inverse Rule of Mixtures

Y꜀ — compression, direction 2

272.7273 MPa

direction-2 compressive yield/strength inverse Rule of Mixtures

Zₜ — tension, direction 3

169.9029 MPa

direction-3 tensile yield/strength inverse Rule of Mixtures

Z꜀ — compression, direction 3

272.7273 MPa

direction-3 compressive yield/strength inverse Rule of Mixtures

Density and thermal properties

Composite density

1,560 kg/m³

ρ_c = V_fρ_f + V_mρ_m

α₁

0.05738881 ×10⁻⁶/K

α1 = (V_fE1fα1f + V_mE1mα1m)/(V_fE1f + V_mE1m)

α₂

0.05738881 ×10⁻⁶/K

α2 = (V_fE2fα2f + V_mE2mα2m)/(V_fE2f + V_mE2m)

α₃

0.05738881 ×10⁻⁶/K

α3 = (V_fE3fα3f + V_mE3mα3m)/(V_fE3f + V_mE3m)

Specific heat cₚ

830 J/(kg·K)

c_p,c = w_fc_p,f + w_mc_p,m; w_i = V_iρ_i/ρ_c

Volumetric heat capacity

1.29480e+6 J/(m³·K)

C_v = ρ_cc_p,c

Inputs are internally consistent