Numerical Simulation and Parameter Optimization of Double-Pressing Sowing and Soil Covering Operation for Wheat

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 The study on Numerical Simulation and Parameter Optimization of Double-Pressing Sowing and Soil Covering Operation for Wheat focuses on enhancing sowing quality, soil–seed contact, and seedling emergence through advanced mechanization techniques. Using simulation models, the double-pressing mechanism is evaluated for its ability to improve soil covering uniformity, reduce gaps, and optimize depth consistency. Parameter optimization ensures that pressing force, soil covering thickness, and seed placement are adjusted to achieve high germination rates and uniform crop stands. This approach not only improves wheat yield potential but also reduces input losses, increases field efficiency, and promotes sustainable agricultural practices. The integration of numerical modeling with experimental validation provides a reliable framework for designing efficient sowing machinery, thereby supporting precision agriculture and ensuring stable food production under varying soil conditions.

#️⃣ Hashtags:
#wheat #sowing #numericalsimulation #parameteroptimization #soilcovering #doublepressing #precisionagriculture #cropmechanization #sustainablefarming #seedgermination #agriculturalengineering #foodsecurity





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