*CREEP

1. A. (Units of F${}^{-n}$L${}^{2n}$T${}^{-1-m}$.)

2. n.

3. m.

4. Temperature.

5. First field variable.

6. Second field variable.

7. Etc., up to four field variables.

1. Fifth field variable.

2. Etc., up to eight field variables per line.

Repeat this set of data lines as often as necessary to define the dependence of the creep constants on temperature and other predefined field variables.

1. A. (Units of T⁻¹.)

2. B. (Units of F⁻¹L².)

3. n.

4. $\mathrm{△}H$. (Units of JM⁻¹.) (This value can be left blank if temperature dependence is not needed.)

5. R. (Units of JM⁻¹$\theta$⁻¹.)

6. First field variable.

7. Second field variable.

8. Third field variable.

1. Fourth field variable.

2. Etc., up to eight field variables per line.

Repeat this set of data lines as often as necessary to define the dependence of the creep constants on predefined field variables.

1. S₁. (Units of FL⁻².)

2. $Q/R$. (Units of $\theta$.)

3. A. (Units of T⁻¹.)

4. $\xi$.

5. m.

6. A₀. (Units of FL⁻².)

7. $\widehat{s}$. (Units of FL⁻².)

8. n.

1. a.

2. S₂. (Units of FL⁻²${\theta }^{-1}$.)

3. S₃. (Units of FL⁻²${\theta }^{-2}$.)

4. A₁. (Units of FL⁻²${\theta }^{-1}$.)

5. A₂. (Units of FL⁻²${\theta }^{-2}$.)

6. A₃. (Units of FL⁻²T.)

7. A₄. (Units of FL⁻²T².)

1. C_ss. (Units of T⁻¹.)

2. $Q/R$. (Units of $\theta$.)

3. $\alpha$. (Units of F⁻¹L².)

4. n.

5. ${ϵ}_T$.

6. B.

1. A₁. (Units of T⁻¹.)

2. B₁. (Units of $\theta$.)

3. C₁.

4. A₂. (Units of T⁻¹.)

5. B₂. (Units of $\theta$.)

6. C₂.

7. ${\sigma }_0$. (Units of FL⁻².)