Introduction to 3d Rectangular

What is/are 3d Rectangular?

3d Rectangular - This study aims to evaluate the clinical outcomes of treatment of mandibular angle fractures using 3D rectangular grid plate. ^[1] The following liquid body geometries are studied: 2D rectangles hit symmetrically by the plate, including a case with impermeable sidewalls, asymmetric hit of a 2D rectangle, and symmetric hit of a 3D rectangular box, and of a circular cylinder. ^[2] Synthetic 3D rectangular wave …field and SAR data are decomposed into 3D damped exponentials to the CRB accuracy in examples. ^[3] The patients were divided randomly into three equal groups, group I was treated by superior and inferior straight miniplate while group II was treated by double L- shaped miniplates fixation technique and group III was treated by 3D rectangular miniplate. ^[4] This paper presents experimental measurements of mean flow development for a 3D rectangular wall jet confined by a vertical baffle with a fixed distance (400 mm) from its surface to the nozzle. ^[5] In [3], we extended this work to three dimensions, showing that arbitrary 3D rectangular boards with one cube removed, of size K × L × M , where KLM ≡ 1 (mod 3) and K, L, M > 1 are L-tilable. ^[6] To solve this problem, the work is focused on extending the classical 2D rectangular cell decomposition towards a 3D rectangular cuboid representation of the free space. ^[7] Experimental example of a 3D rectangular-box cavity with a flexible plate is presented. ^[8] The 4th order Darcy–Bénard eigenvalue problem for the onset of thermal convection in a 3D rectangular porous box is investigated. ^[9] We investigate numerically the EHD pumping through pure conduction phenomenon in a 3D rectangular channel. ^[10] The presence of 3D rectangular structures is highlighted and analysed. ^[11] The regimes of joint flows of the evaporating liquid and vapor-gas mixture in a 3D rectangular channel are studied with the help of a partially invariant solution for the convection equations. ^[12] Based on the potential flow theory, a Lagrangian formulation is used to cope with non-linear free-surface waves of sloshing water in 2D and 3D rectangular and square tanks. ^[13]

3d rectangular channel

We investigate numerically the EHD pumping through pure conduction phenomenon in a 3D rectangular channel. ^[1] The regimes of joint flows of the evaporating liquid and vapor-gas mixture in a 3D rectangular channel are studied with the help of a partially invariant solution for the convection equations. ^[2]