This analysis elucidates the magnetized Eyring–Powell nanoliquid flow over a stratified convectively heated cylinder. Rheological flows subjected to heat transportation have crucial contributions in the modern-day industries. We considered the heat transportation under the heat source effects. In addition, the Brownian along with thermophoretic aspects of nanoliquid with thermal radiation are explored. Implementation of relevant variables yields the expressions in differential form. These expressions are evaluated analytically employing homotopy algorithm. The upshots of various parameters are revealed via graphs. A rise in Prandtl number provides less temperature but upsurges the heat transference rate.

该分析阐明了分层对流加热圆柱体上的磁化的Eyring-Powell纳米液体流。受热传输的流变流在现代工业中起着至关重要的作用。我们考虑了热源效应下的热传递。另外，还探索了布朗热以及具有热辐射的纳米液体的热泳方面。相关变量的实现产生了微分形式的表达式。这些表达式使用同伦算法进行分析评估。各种参数的结果通过图形显示。普朗特数的增加提供较少的温度，但增加了传热速率。