Hydration Properties

These are the properties of the Hydration model:

hydration

constant-conductivity-1 f

Material parameter of conductivity, \(\lambda_{1}\).

constant-conductivity-dlda f

Material parameter of conductivity, \(d \lambda_{\alpha}\).

constant-conductivity-dldt f

Material parameter of conductivity, \(d \lambda_{T}\).

constant-energy-1 f

Material parameter of active energy, \(E_{A,1}\).

constant-energy-2 f

Material parameter of active energy, \(E_{A,2}\).

constant-energy-dt f

Material parameter of active energy, \(d T_{EA}\).

constant-energy-de f

Material parameter of active energy, \(d T_{AT}\)

constant-energy-halftime f

Material parameter of active energy, \(T_{0,EA}\)

constant-gas f

Universal gas constant, \(R\).

constant-heat-1 f

Material parameter of specific heat, \(c_{p,1}\).

constant-heat-dcda f

Material parameter of specific heat, \(d c_{p,\alpha}\).

constant-heat-dcdt f

Material parameter of specific heat, \(d c_{p,T}\).

constant-jonasson-b f

Jonasson parameter, \(b\).

constant-jonasson-t1 f

Jonasson parameter, \(t_1\).

density-cement f

Binding material density, \(C\).

expansion f

Matrix linear thermal expansion coefficient. See Thermal-Stress Coupling for further information.

flag-law i

Law for activation energy: 0 — German concrete; 1 — Generalized form.

hydration-binding-maximum f

Maximum hydration heat from binding material, \(Q_{Ce,max}\).

hydration-grade-maximum f

Maximum hydration grade for heat release, \(\alpha_{max,q}\).

hydration-temperature-maximum f

Maximum hydration grade for heat release, \(T_{max,q}\).

activation-energy f

[read only] Activation energy, \(E_A\).

age-concrete-effective f

[read only]Effective concrete age, \(t_e\).

hydration-grade f

[read only] Hydration grade, \(\alpha\).

hydration-rate f

[read only] Hydration grade, \(q\).

time-hydration f

[read only] Real time period since hydration activation.

Footnote

Read only properties cannot be set by the user. However, they may be listed, plotted, or accessed through FISH.