There is a reason why such a list would not be very useful in "real world" engineering: unless you can control the orientation of the crystals in the material, you can't make much practical use of the data.

If the crystals are small and randomly oriented, the bulk material properties will be approximately isotropic.

This kind of data is certainly measured for specialist applications like single-crystal turbine blades in jet engines, where not only is the crystal orientation of the material closely controlled, but different blades in the same turbine may intentionally have different crystal orientations, to avoid resonances caused by all the blades having very similar vibration frequencies. But of course those material properties are not in the public domain.