薄木层积材颈椎夹板构造机制及其弹性模量计算

doi:10.11707/j.1001-7488.20130815

Abstract

Abstract:

In modern biomedical technology, it is a more cutting-edge research to use biomedical materials as alternative materials for making medical assistance implements. In this paper, under the theory of modern cervical splint design, we researched the sliced veneer laminated timber cervical splint characteristics from micro-structure, and constructed a new sliced veneer laminated timber cervical splint. The paper gave the optimal size of sliced veneer of the molded cervical splint, and calculated the theoretical elastic modulus and its correlation coefficient which would impact its strength. Furthermore, we got the mechanical expression by deducing these the quantitative mathematical relation between the elastic modulus of coefficients and sliced veneer laminated timber cervical splint. This provided a basis for the micromechanics theory of cervical splint composite elastic mechanics, and provided experimental proofs.

Key words: cell, shaving, reconsitution, high compression ratio, heterotype molded cervical splint

CLC Number:

S781.2

Zhang Yang, Ma Yan, Yang Chunmei. Mechanism of the Structure and Elastic Modulus Calculation of the Sliced Veneer Laminated Timber Cervical Splint[J]. Scientia Silvae Sinicae, 2013, 49(8): 103-107.

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Mechanism of the Structure and Elastic Modulus Calculation of the Sliced Veneer Laminated Timber Cervical Splint

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