Then, adjust the first section's runner size in each branch to make flow balanced in all branches.
再调整各支流道前段之尺寸，使各支流道可平衡充填。
The result shows: different runner size and filling speed will result in different filled states and characteristics.
结果表明：采用不同的浇口尺寸及充型速度，所得到的液流充型状态和特性各不相同。
After the runner layout and gate size were decided, it could adjust runner size iteratively based on the of flow simulation results.
利用流动模拟结果，在流道布置及浇口尺寸确定后对分流道尺寸进行优化。
The design is improved by using a continuous double tangential tapered gating system and a bigger size runner. The gate area is increased and the gating speed is slightly reduced.
优化设计中采用连续的锥形双切向浇注系统和较大的浇口尺寸，使浇注面积增加，浇注速度略微降低。
The design is improved by using a continuous double tangential tapered gating system and a bigger size runner. The gate area is increased and the gating speed is slightly reduced.
优化设计中采用连续的锥形双切向浇注系统和较大的浇口尺寸，使浇注面积增加，浇注速度略微降低。
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