Reinforcement calculation plate Eurocode: Difference between revisions
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(Created page with "The reinforcement calculation method of plates within XFEM4U is based on the 3-layer model. The plate is divided into 3 layers based on nxx,nyy,nxy,mxx,myy,mxy,vx and vy. The top and bottom layers are used for the bending moment and the middle layer for normal forces. 800px 800px") |
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The reinforcement calculation method of plates within XFEM4U is based on the 3-layer model. | The reinforcement calculation method of plates within XFEM4U is based on the 3-layer model. | ||
The plate is divided into 3 layers based on nxx,nyy,nxy,mxx,myy,mxy,vx and vy. The top and bottom | The plate is divided into 3 layers based on nxx,nyy,nxy,mxx,myy,mxy,vx and vy. The top and bottom layer are used for the bending moment forces and the middle layer for normal forces. | ||
See the output example below for all the details of the calculation. | |||
[[File:XFEM4UPlateReinforcement1.png |800px]] | [[File:XFEM4UPlateReinforcement1.png |800px]] | ||
[[File:XFEM4UPlateReinforcement2.png |800px]] | [[File:XFEM4UPlateReinforcement2.png |800px]] | ||
Latest revision as of 10:07, 5 September 2022
The reinforcement calculation method of plates within XFEM4U is based on the 3-layer model.
The plate is divided into 3 layers based on nxx,nyy,nxy,mxx,myy,mxy,vx and vy. The top and bottom layer are used for the bending moment forces and the middle layer for normal forces.
See the output example below for all the details of the calculation.
