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- 06:34, 25 June 2025 diff hist +88 User macro to flip the boundary codes current
- 06:33, 25 June 2025 diff hist +264 User macro to flip the boundary codes
- 16:17, 24 June 2025 diff hist −24 User macro to flip the boundary codes
- 16:05, 24 June 2025 diff hist +727 Element Lagrange Multipliers current
- 15:57, 24 June 2025 diff hist +193 Element Lagrange Multipliers
- 15:55, 24 June 2025 diff hist +2,052 Element Lagrange Multipliers
- 15:52, 24 June 2025 diff hist +4,122 Element Lagrange Multipliers
- 15:50, 24 June 2025 diff hist +123 Element Lagrange Multipliers
- 15:48, 24 June 2025 diff hist +606 Element Lagrange Multipliers
- 15:45, 24 June 2025 diff hist +7 Element Lagrange Multipliers
- 15:44, 24 June 2025 diff hist −6 Element Lagrange Multipliers
- 15:44, 24 June 2025 diff hist +119 Element Lagrange Multipliers
- 15:42, 24 June 2025 diff hist 0 Element Lagrange Multipliers
- 15:42, 24 June 2025 diff hist +132 N Element Lagrange Multipliers Created page with "Consider wanting to move a node radially in the <math>x<\math>-<math>y<\math> plane by an amount given by a proportional load value."
- 15:41, 24 June 2025 diff hist +1 Programming →Enforce local constraints current
- 15:41, 24 June 2025 diff hist +290 Programming →User Elements
- 14:57, 24 June 2025 diff hist +608 User macro to flip the boundary codes
- 14:50, 24 June 2025 diff hist +5,144 User macro to flip the boundary codes
- 14:47, 24 June 2025 diff hist 0 N File:Unlm.png current
- 14:47, 24 June 2025 diff hist 0 User macro to flip the boundary codes
- 14:45, 24 June 2025 diff hist +188 User macro to flip the boundary codes
- 14:44, 24 June 2025 diff hist +1,126 User macro to flip the boundary codes
- 14:28, 24 June 2025 diff hist +1,066 N User macro to flip the boundary codes Created page with "Consider the problem of mimicking the behavior of a standard load/unload experiment that is displacement controlled up to the point where the load cell reads zero force and the machine then switches to load control. In a FEAP computation the boundary codes on the driven nodes can be dynamically changed by changing the values in the <code>ID(ndf,numnp,1:2)</code> array. In particular if for a given dof and node number the value of <code>ID( , , 2)</code> is set to zero..."
- 14:19, 24 June 2025 diff hist +1 Programming
- 14:19, 24 June 2025 diff hist +288 Programming
- 00:46, 6 December 2024 diff hist +176 Loops in mesh input current
- 00:45, 6 December 2024 diff hist −28 Loops in mesh input
- 00:44, 6 December 2024 diff hist +30 Loops in mesh input
- 00:43, 6 December 2024 diff hist 0 N File:GeersUnSt.jpg current
- 00:41, 6 December 2024 diff hist +42 Loops in mesh input
- 00:40, 6 December 2024 diff hist +3,769 N Loops in mesh input Created page with "Loops can be used in meshes to repeat commands. When used with incremented parameters, this becomes a powerful technique for meshing. Consider the geometry found in the paper M.M. Ameen, O. Rokoš, R.H.J. Peerlings, M.G.D. Geers, Size effects in nonlinear periodic materials exhibiting reversible pattern transformations, Mechanics of Materials, Volume 124, 2018, Pages 55-70, ISSN 0167-6636, https://doi.org/10.1016/j.mechmat.2018.05.011. The geometry consists of a repeat..."
- 00:30, 6 December 2024 diff hist 0 N File:Artboard 1-100.jpg current
- 00:15, 6 December 2024 diff hist +142 Tutorials current
- 17:58, 31 May 2024 diff hist +25 Deformable indenter current
- 17:57, 31 May 2024 diff hist 0 N File:Feap00014.jpg current
- 17:53, 31 May 2024 diff hist +2,509 N Deformable indenter Created page with "In this example a half cylindrical indenter is pushed into a block of material. The example illustrates the use of super nodes and blending to define the indenter and the contact surface. Node to surface contact is used with augmentation. <pre> feap ** Contact Example of a deformable indenter into a block ** 0 0 0 2 2 4 mate 1 ! Indenter material solid plane strain elastic isotropic 210e5 0.3 finite mate 2 ! Material being tested solid plane strai..."
- 17:48, 31 May 2024 diff hist +5 Examples →Contact Problems current
- 17:47, 31 May 2024 diff hist +82 Examples →Contact Problems
- 00:20, 14 December 2023 diff hist +4 Control values current
- 00:20, 14 December 2023 diff hist +1 Control values
- 00:19, 14 December 2023 diff hist +5 Control values
- 00:19, 14 December 2023 diff hist −8 Control values
- 00:17, 14 December 2023 diff hist +63 Control values
- 00:15, 14 December 2023 diff hist +38 Control values
- 00:14, 14 December 2023 diff hist +2,329 N Control values Created page with "The <code>FEAP</code> record is typically the first line in an input file. After the keyword one can provide a text string to define the title of the problem and which is subsequently used in the output file. On the record after the keyword one defines the parameters of the problem: # ''numnp'' - number of nodal points (optional FEAP will compute for you if input as zero) # ''numel'' - number of elements (optional FEAP will compute for you if input as zero) # ''nummat'..."
- 23:41, 13 December 2023 diff hist +183 Tutorials →FEAP Basics
- 07:46, 14 July 2023 diff hist +1 Branch Switch current
- 16:15, 13 July 2023 diff hist +104 Branch Switch
- 16:14, 13 July 2023 diff hist +869 Branch Switch
- 16:11, 13 July 2023 diff hist +18 Branch Switch
