A reverse analysis algorithm based on load displacement curves obtained from dual indenters was presented.
A reverse analysis of the Vickers indentation fracture toughness was carried out to derive a numerical expression for estimating the fracture resistance of the Fe2B layer.
Based on formulated functions, a reverse analysis with dual sharp indenters, which was previously proposed by the author, is improved to extract mechanical properties of materials.
In order to achieve the appropriate combination of design variables that satisfy the design constraints, a GA-based program was used in a reverse analysis process.
Due to the simple structure of the sensor node, once the attacker captures one or more of the sensor nodes in the network, the running program can be cracked through a reverse analysis technique.
In this spirit, Dao et al. [1] (Acta Materialia, 49, 2001) have established a forward and a reverse analysis for engineering metals using the equivalent conical indenter of the Berkovich and the Vickers pyramids, which has an included angle θ of 70.3°.
In a reverse analysis, the 409 probe sets identified in this study were used for clustering the samples from the time course study [11].
Using the same method (described in the previous paragraph), a reverse analysis was performed using the LTR-retrotransposons identified by LTR-finder in the sequence of the short arm sequence of O. glaberrima as query.
