ansys 发出warning,这个对结果有没有很大的影响?Both solid model and finite element model boundary conditions have been applied to this model.As solid loads are transferred to the nodes or elements,they can overwrite directly applied load

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ansys 发出warning,这个对结果有没有很大的影响?Both solid model and finite element model boundary conditions have been applied to this model.As solid loads are transferred to the nodes or elements,they can overwrite directly applied load

ansys 发出warning,这个对结果有没有很大的影响?Both solid model and finite element model boundary conditions have been applied to this model.As solid loads are transferred to the nodes or elements,they can overwrite directly applied load
ansys 发出warning,这个对结果有没有很大的影响?
Both solid model and finite element model boundary conditions have been applied to this model.As solid loads are transferred to the nodes or elements,they can overwrite directly applied loads.
意思是会覆盖呢,还是会叠加?或者说,对结果有没有很大的影响?

ansys 发出warning,这个对结果有没有很大的影响?Both solid model and finite element model boundary conditions have been applied to this model.As solid loads are transferred to the nodes or elements,they can overwrite directly applied load
这个警告的意思是:你在实体模型和有限元模型都施加了边界载荷.ANSYS将把实体模型上的边界条件转化到有限元模型上.
LZ接触ANSYS时间一定不长吧.这是最常见的,最无关痛痒的一种警告.如果你学习过有限元理论,就很容易理解它的意思了.
在ANSYS中,有限元模型才是真正的计算模型.如果你将载荷和约束施加在实体模型上.那么在划分网格时,这些边界条件将会自动转化到节点上.
之所以弹出这个无聊的警告,是因为你在划分网格后又施加了一些边界条件.