An algorithm of graph planarity testing and cross minimization by Vitalie Cotelea, Stela Pripa

“…This paper presents an overview on one compartment from the graph theory, called graph planarity testing. It covers the fundamental concepts and important work in this area. …”
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Surrogate methods for determining profiles of material properties of planar test objects with accumulation of apriori information about them by Volodymyr Y. Halchenko, Ruslana Trembovetska, Volodymyr Tychkov, Nataliia Tychkova

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6.854J / 18.415J Advanced Algorithms, Fall 2001 by Goemans, Michel

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Effect of the thickness reduction of specimens on the limit strains in thermomechanical tensile tests for hot-stamping studies by Lane Connor, Shao Zhutao, Zheng Kailun, Lin Jianguo

“…Sheet metal formability under hot stamping conditions has been evaluated using a novel planar testing system developed previously, being used within a Gleeble machine. …”
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PEDOT Coated Thick Film Electrodes for In Situ Detection of Cell Adhesion in Cell Cultures by Heike Bartsch, Ralf Peipmann, Maren Klett, Dana Brauer, Andreas Schober, Jens Müller

“…Two cell cultures with different adhesion characteristic are used for adhesion assessment on planar test chips. The impedance increase measured on individual PEDOT coated electrodes due to tight contact of cells reaches a factor of 6.8 in cultures of well-adherent HepG2 cells. …”
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Finite Element Analysis for Nonlinear Unbonded Circular Fiber-Reinforced Elastomeric Bearings by Pablo Castillo Ruano, Alfred Strauss

“…The model aims to account for the hysteretic nonlinear hyper-viscoelastic behavior using a rheological formulation that takes into consideration hyperelasticity and nonlinear viscoelasticity and is calibrated using a series of experiments, including uniaxial tension tests, planar tests, and relaxation tests. Special interest is paid to capturing the energy dissipated in the unbonded fiber-reinforced elastomeric bearing in an accurate manner. …”
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Dynamic 3D shape of the plantar surface of the foot using coded structured light: a technical report by Ali K Thabet, Emanuele Trucco, Joaquim Salvi, Weijie Wang, Rami J Abboud

“…Results The static accuracy of the system was found to be 0.3 mm with planar test objects. In tests with real feet, the system proved repeatable, with reconstruction differences between trials one week apart averaging 2.4 mm (static case) and 2.8 mm (dynamic case). …”
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