Homogenized mixed finite element method for diffusion equations on prismatic meshes
2008
The device (5) according to the invention comprises a cylindrical body (50). The outer base of the body (50) has a crown piece with correction catches (501) engaging in a second crown piece of correction catches (30) of a connector (3). The number of correction positions between the body (50) and the connector (3) is equal to the number of catches (501, 30). An elastic washer permits a partial drawings back of device (5) to permit changing the correction position. According to a first mode of embodiment, the cylindrical body is extended by a threaded shaft and screwed onto the connector (3). According to a second mode of embodiment, a key system (54, 542, 543) acts on a latch (6) sliding inside connector (3), which permits locking onto a support (4). This key system is activated by a tool of the screwdriver type. The device can be used for coupling of complementary electrical connectors, notably for aeronautic applications.
Keywords:
- Mathematical optimization
- Mixed finite element method
- Cable gland
- Geometry
- Extended finite element method
- Mathematical analysis
- Cylinder
- Coupling
- Finite element limit analysis
- Washer
- Finite element method
- Mathematics
- Polygon mesh
- Smoothed finite element method
- Finite volume method for one-dimensional steady state diffusion
- Homogenization (chemistry)
- Correction
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