Due to the demanding thermo-hydraulic and mechanical conditions, the engineering design process (involving numerical neutronic, thermo-hydraulic and mechanical analyses) is supported by extensive experimental validation activities.
Electrostatic and mechanical analyses carried out to support the design are described in detail.
Design proposals for both connections are presented, together with the results of finite element mechanical analyses which demonstrate the feasibility to support the blanket and shield modules during normal and accidental operation conditions.
Also, the mechanical analyses of Carnotaurus skull performed by Mazzetta et al.9 support the low-motion headbutting in this taxa.
Capturing skin properties from dynamic mechanical analyses.
Thermogravimetric and dynamic mechanical analyses were performed.
The structural and bioinformatics analyses support this hypothesis (Fig. 8).
Statistical analyses support these observations.
Statistical analyses support these impressions.
Additional analyses supported this hypothesis.
