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Characterisation of magnitude-frequency relationships for each volcanic source.
Thereafter, the stress-strain relationships for each mortar under monotonic loading are formulated.
As a result, the Depth-Duration_Frequency relationships for each station were estimated and mapped for Greece.
The character and strength of relationships for each landscape metric were different and changed with scale.
We then calculated the linear relationships for each of the variables with respect to evolution acceptance.
The SRS force relationships for each muscle type were predicted based on anatomical measurements and compared to experimental data.
The framework for traditional regional risk assessments consists of grouping the bridge classes and generating fragility relationships for each bridge class.
Finally, H P relationships for each individual deformation mode including basal, prismatic and pyramidal slips as well as extension twin are identified.
To complete the constitutive structures, the constitutive relationships for each deformation variable including the strain rate due to IS are also prescribed by kinetics consideration of each process.
In this high order model fuzzy logical relationships for each time lag are established separately and predictions are combined at the end to produce final result.
Identification of volcanic sources, characterisation of magnitude-frequency relationships for each source and development of an ALPE catalogue have all been described previously.
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