[en] This report primarily describes triaxial compression creep experiments performed on dome salt from Avery Island, Louisiana. The ranges of axial stress difference Δsigma, confining pressure sigma2, and temperature T studied covered those expected in a nuclear waste repository: 5.4 less than or equal to Δsigma less than or equal to 20.7 MPa, 0.7 less than or equal to sigma2 less than or equal to 20.7 MPa, 24⁰C less than or equal to T less than or equal to 200⁰C. All specimens exhibited transient creep, and the strain data were fitted to a constitutive law of the form epsilon = At^mΔsigmaⁿT_p. The duration of some creep experiments was long enough for the specimens to reach steady-state deformation. An activation energy for the rate-controlling deformation mechanism was calculated using data from these experiments. A few quasi-static strength tests were performed at 24⁰C. A common load rate of 0.002 MPa/sec was used for each experiment while confining pressures ranged from 0 to 20.7 MPa. The data presented in this report obtained using 100-mm-diam specimens. The results were compared to previous work, which used 50-mm-diam specimens