orthotropic


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Related to orthotropic: Orthotropic deck

or·tho·trop·ic

(ōr'thō-trop'ik),
Extending or growing in a straight, especially a vertical, direction.
[ortho- + G. tropē, a turn]

orthotropic

(ôr′thə-trŏp′ĭk, -trō′pĭk)
adj.
1. Growing toward or away from a stimulus such as gravity, especially along a vertical axis. Used of a plant or plant part.
2. Of or relating to a bridge deck consisting of steel plates supported by ribs underneath.

or′tho·trop′i·cal·ly adv.
or·thot′ro·pism (ôr-thŏt′rə-pĭz′əm) n.

or·tho·tro·pic

(ōr'thō-trō'pik)
Extending or growing in a straight, especially a vertical, direction.
[ortho- + G. tropē, a turn]
References in periodicals archive ?
Both subspecies began growth as orthotropic shoots with short internodes and later shifted to longer internodes.
Neglecting the consideration of the actual orientation distribution of the particles and considering the material as orthotropic (unidirectional composite) can lead to unacceptable errors in determining the effective material properties.
Global and local coordinate systems were applied, and numerical calculations are carried out with a model for orthotropic material.
Concerning the elastic orthotropic model applied to wood elastic properties.
The defining characteristic of the orthotropic steel deck bridge is that its nearly all-steel superstructure has the potential to provide extended service life, standardized modular design, and rapid assembly compared to more conventional bridge construction.
2010) considered global OSB properties and described this orthotropic material with a set of engineering properties: modulus of elasticity (MOE) in tension in the three principal directions ([E.
Orthotropic anisometropic amblyopia should be treated with full-time occlusion
Experimental procedure and results for the identification of elastic constants of thick orthotropic plates.
They take on bridge deck pavement first, discussing an innovative rehabilitation approach, the mechanics of an overlay of the tied arch deck, a new composite pavement system for orthotropic steel bridge decks, and other topics.
The material model allows to completely define orthotropic behavior of material by inputting appropriate elastic constants in three orthogonal directions X-Y-Z.