Projekt

Allgemein

Profil

Laminate Editor » Historie » Revision 2

Revision 1 (Andreas Hauffe, 11.09.2021 16:01) → Revision 2/7 (Andreas Hauffe, 11.09.2021 16:02)

h1. Laminate Editor 

 h2. Generall 

 The laminate editor opens automatically when a new laminate is created. If you want to open the laminate editor manually, you can do so by double-clicking on the desired laminate or by right-clicking on the laminate and selecting "Edit". 

 The numbering / listing of the individual layers and the global coordinate system are generally related as follows: 

 1st layer location 
 2nd layer location 
 3rd layer location 
 4th layer + z 
 --------------------- reference plane 
 5th layer -z 
 6th layer 6. Location 
 7th layer 7. Location 
 8th layer 8. Location 

 h2. construction 

 p =. {{thumbnail (laminateditor.png, size = 500, title = main window)}} 

 h3. 1 - laminate structure 

 In the center of the laminate editor, the assembled laminate or its individual layers including all layer information (name, angle, thickness, material, failure criterion) is displayed in a table. All cells in the table can basically be edited so that adjustments can be made directly in the line of the corresponding position. 

 Individual layers can be selected with the mouse and then moved in the laminate structure. This is also possible with several layers (with the help of the SRTG or SHIFT key when marking the layers). 

 Further processing or information functions can be used by right-clicking on the relevant location. In this way 
 * the stiffness matrix $ \ mathbf {Q} $ and the flexibility matrix $ \ mathbf {S} $ of the single layer can be displayed in the local and global coordinate system, 
 * A selection of layers can be added to the previous structure n times, 
 * the marked layers can be deleted. 

 If several layers are selected, they can all be edited together via the properties window. 

 h3. 2 - properties of a composite layer 

 In this window area, new individual layers are defined using a name, the material, the failure criterion, the thickness and the angle. This layer can be added at the end by pressing the Enter key or the "Add" button. The cursor immediately jumps back into the angle field so that a layer with the same properties can be created except for the angle and only the angle is changed. At the end, an enter is enough to generate the position. 

 h3. 3 - symmetry options 

 Due to the lack of coupling between membrane and flexural properties, symmetrical laminates are often used in practice. These are composites that have the same structure as seen from the central plane in the positive and negative direction of thickness. In order to facilitate the creation of such laminates, the creation of a symmetrical laminate with or without a middle layer can be selected via two checkboxes. If the first option is selected, the laminate created so far is mirrored on the last layer created, with the middle plane of this layer also marking the middle plane of the resulting symmetrical laminate. When creating a symmetrical composite without a central layer, all layers created so far are mirrored. In this case, the plane of symmetry lies between the middle two layers. 

 The properties of the individual layers can only be edited for those layers that were created before mirroring. Deselecting the option to create a symmetrical laminate is easily possible by clicking on the desired option again. 

 h3. 4 - Process the laminate structure 

 The entered laminate structure can be modified using these buttons. The buttons are explained below. 

 ! loop.png! - Invert stack: The order of the laminate layers is inverted. In the case of symmetrical laminates, this only applies to the part above the plane of symmetry. 
 ! rotate_16.png! - Rotation of the entire network: With the help of the button, the entire network can be rotated by a certain angle (−90◦ ≤ angle ≤ 90◦). 
 ! bottom.png! - Add selected layers: Adds all selected layers in the desired number again at the end of the laminate or at the plane of symmetry.h1. Laminate Editor