ANALYSIS OF THE INFLUENCE OF THE GEOMETRY OF THE BLADE MIXER ON THE TURBULENCE AND INTENSITY OF LIQUID MIXING

Turbulent fluid mixing is an important aspect of many industrial and technological processes where efficient various components paramount importance to achieve the desired results. Optimal can improve product quality, ensure unity complex reactions, reduce process lead times. In this regard, study understanding influence geometry mixer on characteristics turbulent flow becomes urgent task scientific research. The relevance explained by wide application mixers in processes, efficiency crucial for achieving optimal work used methods experimental numerical modeling geometric configurations blade mixers. Indicators such as turbulence intensity, pressure gradient, ratio were quantify characteristics. obtained results demonstrate that configuration has a significant effect formation flow. Some parameters contribute increasing intensity liquid mixing, while others its efficiency. Scientific be useful designing paddle specific tasks require intensive mixing. use optimized help increase productivity, save energy resources, quality.