The Panzerkampfwagen III (Pz.Kpfw. III), commonly known as the Panzer III, was a medium tank developed in the 1930s by Germany, and was used extensively in World War II. The official German ordnance designation was Sd.Kfz. 141.

iii号坦克（pziii）的问题是不能长时间高速行驶。 速度超过40公里/小时，坦克的负重轮很快会开始分层并脱落。 因此，坦克的最大速度被限制在40公里/小时。

2021年7月24日 · Following the completion of the first four Panzer III series, it was realized that they left much room for improvements and changes. The next version in line was the Panzer III Ausf.E, which introduced a number of improvements, like a necessary increase in …

pziii模型是一个土的高级模型，针对砂土开发，不能处理拉应力状态。并且pziii模型对其初始状态非常敏感，如果初始状态处理不好，后续计算将没有任何意义。

Tank Encyclopedia is the place to learn about the history of armored vehicles, from their early inspirations and pioneers to the latest main battle tanks. Our painstakingly researched articles cover many nations and all eras of armor development, accompanied by our …

Features: Added spaced armor to the front of the hull and turret, increased protection against anti-tank weapons. Panzer III Ausf. H (Model H) Main Armament: 5 cm KwK 38 L/42 gun. Engine: Maybach HL 120 TRM. Features: Further improvements in armor, with additional plates bolted onto the hull and turret. Panzer III Ausf. J (Model J)

Planned since the beginning of the thirties, with the rejection of the Versailles treaty, the Panzer III was a medium tank project, destined to comprise the bulk of the German armored forces.

该型号从1942年四月开始生产，同年八月结束生产，期间总共有大约700辆被制造。 发动机：迈巴赫HL 120TRM，汽油。 6档变速箱。 最大越野速度 ： 18 km/h. 主炮： 线膛炮，5cm KwK 39 L/60坦克 炮。 炮管长度：56.5. Gunsights: Tzf 5f2 gunner scope-sight, field of view 25°. Radio equipment: VHF Fu 5 transceiver, 4 intercom terminals. 注意： 所有IL2-伟大战役的玩家都能免费获得这辆坦克。 相比之下坦克乘员扩展包内的坦克大幅提高了每个坦克乘员位置的内部和外 …

The Panzerkampfwagen III (Panzer III) was a medium tank, designed and developed in the 1930s by Germany. It primarily served in World War II and some minor conflicts outside of the world war. Its primary purpose was to engage enemy armor and support infantry.

PZIII模型是一个广义塑性本构模型，属于一种土的高级本构模型，能够模拟土的动静态力学行为，尤其土内孔隙压力累积上升，有效应力下降，进而发生液化或软化行为。 其理论本身却是比较复杂，一时半会难以参议参透其中道理。 但是作为一个用户，如果想用PZIII模型，我觉得用户确实是需要花时间和经历去了解这个模型，否则用户对模型参数难以把握，得到的结果其实也没有可信度。 如果要使用PZIII 模型开展实际海床土的动力响应计算，需要进行一下三个步骤： （1）开 …