"analytically assessed" is a correct and usable phrase in written English.
You can use it when you want to describe a situation where something has been assessed in a logical and methodical way, often based on evidence. For example, "The results of the experiment were analytically assessed, and it was determined that the hypothesis was correct."
Furthermore, the band gap amplitude is analytically assessed in the admissible parameter range.
For this purpose, both the reinforcement bar working stress and the anchorage length needed to prevent the bar slippage have been analytically assessed.
In this section, the behaviour of the IEC flickermeter in terms of instantaneous flicker sensation (PU), that is the output of the block 4 of the IEC flickermeter (Figure 1), is analytically assessed.
The suggested system comprises three main assessment factors: primary energy consumption, the environmental impact and the financial cost; each and every factor is analytically assessed during the four distinct stages of a thermal insulation solution's life cycle.
The experimental campaign results have been firstly checked to ensure their statistical relevance and then analytically assessed in order to show that the proposed solution has a real impact on operators' learning curves and can make the difference between who uses it and who does not.
The impact of inconsistent responses as well as the number of items and item response categories on Cronbach's alpha is analytically assessed by using our derived formula in (1).
This approach makes it possible to analytically assess performance at different layers, thereby facilitating a possible end-to-end optimization process.
Therefore, a framework for analytically assessing the system outcomes towards sustainable objectives is presented and applied for modern pavement sustainability assessment.
We analytically assess the performance of the CDE in terms of quadratic distortion, from which we derive closed-form expressions when it is combined with one of the two decoders: the step decoder and the predictive decoder.
This study aims to analytically assess the seismic performance of reinforced concrete bridge piers with lap splices in longitudinal reinforcing bars, and to provide data for developing improved seismic design criteria.
Using the framework of capillary wave theory, we show that it is possible to analytically assess the shear rate at any point within the film, only knowing the position of the free interface (measured by AFM) and the zero-shear viscosity.
