The unique design is based on extensive battlefield experience in full scale and low intensity conflicts, and attests to Elbit systems' leadership in the field of turret and fire control systems.
系统的独特设计是基于各种规模、低强度冲突中积累的广泛的战场经验，并证明了埃尔比特系统在炮塔和火控系统领域的领先地位。
The distributions of stress and displacement of the integrity of the ladle turret under the actions of self-weight and the static loads are firstly obtained based on the static FE analysis.
通过静力有限元计算，得到了钢水罐回转台在自重和钢包满包载荷作用下的应力和位移分布，进而对结构的强度和刚度进行了分析。
Thus the intelligent PID control is applied in the turret system. The feed-forward compensation control is imported based on the practical system situation.
为此研究了转塔系统智能PID控制算法，并针对系统的实际情况引入前馈补偿控制。
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