The phrase "analysis can have" is correct and usable in written English.
It can be used when discussing the potential effects, outcomes, or implications of an analysis in various contexts.
Example: "In this study, we will explore how analysis can have a significant impact on decision-making processes."
Alternatives: "analysis may yield" or "analysis can produce".
Defects on products under analysis can have a direct influence on passengers' safety and comfort.
TLC combined with densitometry and image analysis can have the ability to measure medicinal plant components [19].
Due to these problems, EV analysis can have different results depending on the g-force and k factor of differential U/C.
More complex temporal analyses, such as the aforementioned school-day vs. non-school day robbery analysis, can have immediate and significant operational and administrative impacts for both crime prevention and law enforcement control programs.
Due to the nature of the fatigue phenomena it is well known that small changes in basic assumptions for fatigue analysis can have significant influence on the predicted crack growth lives.
Nevertheless, the haplotype cluster-based analysis can have the more limitation of association analysis compared with diplotype-based analysis as if allele-based analysis can have less diversity than genotype-based analysis.
Secondly meta-analysis can have limitations particularly when analysing non-identical clinical trials.
With the topic evolution analysis, learners can have a global understanding of the communication focus over time.
The empirical development and subsequent analysis also can have managerial implications as supply chain uncertainty can be mitigated by addressing variability at the source (e.g., six sigma projects) or by building buffers hence affecting environmental management decisions.
The numerical results show that this new digital image process based finite element method can take into account the material inhomogeneities in the geomechanical analysis which can have significant effects on the tensile stress distribution along the loading axis of the Brazilian indirect tensile tests.
