Figures & data
Figure 2 Energy dispersive X-ray analysis from the surface of a Croxden sand grain showing the elemental composition.
![Figure 2 Energy dispersive X-ray analysis from the surface of a Croxden sand grain showing the elemental composition.](/cms/asset/aef9b614-22f4-48d3-94d9-5fe88e20f54e/tsue_a_419294_o_f0002g.gif)
Table 1 Chemical composition of NHL3.5 lime.
Figure 5 Plot of creep rate against time calculated by subtracting the averaged rate of deformation of the unloaded samples from that of the samples loaded to 225 and 234 N.
![Figure 5 Plot of creep rate against time calculated by subtracting the averaged rate of deformation of the unloaded samples from that of the samples loaded to 225 and 234 N.](/cms/asset/268cc4b3-0194-4de8-97ff-b4fa7de88f6d/tsue_a_419294_o_f0005g.gif)
Figure 6 Characterisation of a polished mortar cross section. (a) Backscattered electron image, (b) secondary electron image and (c)–(f) EDX maps of silicon, calcium, aluminium and potassium, respectively.
![Figure 6 Characterisation of a polished mortar cross section. (a) Backscattered electron image, (b) secondary electron image and (c)–(f) EDX maps of silicon, calcium, aluminium and potassium, respectively.](/cms/asset/ddc7f578-ca3c-451d-a36e-14ac7611fe43/tsue_a_419294_o_f0006g.gif)
Figure 7 Secondary electron image of mortar fracture surface showing carbonate and silicate phases on the edge of a sand grain (bottom left of image).
![Figure 7 Secondary electron image of mortar fracture surface showing carbonate and silicate phases on the edge of a sand grain (bottom left of image).](/cms/asset/1fa69970-c49c-4b45-8ef8-2e2d2d5ed13d/tsue_a_419294_o_f0007g.gif)
Figure 8 General form of strain–time curve for material subject to deformation (Anderson et al. Citation1990).
![Figure 8 General form of strain–time curve for material subject to deformation (Anderson et al. Citation1990).](/cms/asset/79543def-8336-4c95-8594-250980dc42c9/tsue_a_419294_o_f0008g.gif)