Modeling method. compressive elastic modulus. softwood based. fiber angle Prediction

Yiwei Wang

Abstract


[Objective]. Tracheid. softwood not only has. function as a medium. "coenzyme TransportationBut also. a strong support. trees, Its state has close relationship. mechanical properties. timber.The investigation of internal relationship between the distribution of traceid and the mechanical properties of wood is of great significance for the prediction of competitive elastic modal of wood.[Method]This paper stars with the tracheid Effect of constant timber and Introduction A set of detection platform covered the functions of Light Source,Spot collection,Spot analysts


Keywords


Compressive modulus. elasticity;Tracheid Effect;Fiber angle detection;Neural Network

Full Text:

PDF

Included Database


References


Bed yi zhuo Sue Stanley Li Chao and.Quercus mongolica bending elastic modulus more model consensus of Near Infrared Detection Methods [J].Forestry engineering Journal,20161(6):17--22.Zhang y twig u & ZSu Y WLi CEt al.Determination. modulus. elasticity. Quercus mongolica using near-infrared spectroscopy based. consensus model[J].Journal. forestry Engineering20161(6):17--22.

Zhao rongjun, May Zhang Li.Use Near Infrared Spectrum Technology prediction rough Eucalyptus Wood Elastic Modulus [J].SPECTROSCOPY AND SPECTRAL ANALYSIS,200929(9):2392--2395.[RJHuo X MZhang L.Estimation. modulus. elasticity. Eucalyptus pellita wood by Near Infrared Spectroscopy[J].Spectroscopy, Spectral analysis200929(9):2392--2395.

Bed yi zhuo Sue Stanley Li Chao and.Quercus mongolica woodMORAndMOEOf Near Infrared Spectral prediction model analysis [J]., Beijing, Forestry University Journal,201638(8):99--105.

King Naruhito.Near Infrared Technology in Wood Science in application review [J].Science and technology innovation and application,2014(11):255.

Tian zhao Peng Wang zhaohui King Kimlinn Pham, and.Mohe of Larix gmelinii elastic modulus classification and mechanical performance [J].Northwest Forestry University Journal,201732(3):211--215.Tian twig u & Z PWang Z HWang J LEt al.Classification. modulus. elasticity, mechanical properties. larch lumber. Mohe[J].Journal. Northwest forestry University201732(3):211--215.

Guo following dragon South Spring Yang the full text.Wood Material non-destructive detection and evaluation methods [J].Wood processing mechanical,201223(6):51--55.

Sun Yan benign thick Jiang Zhu lei and.Wood Elastic Modulus non-destructive detection methods and its research present situation [J].Forestry Machinery and woodworking equipment,201139(7/)

Zhang houjiang, Shen Shijie, Cui Yingying, et al.Determination of elastic modulus of wood by vibration [J [J].Journal of Beijing Forestry University,2005,27(6.):91--94.

Zhou zhiru, Zhao maocheng, Wang Zheng.Elastic Modulus of poplar wood3.Comparison of Detection Methods [J].Journal of Fujian Forestry University,2014,34(4.):368--373.

Lin Lanying, Fu Feng.Comparison of Three nondestructive testing methods for predicting the elastic modulus of four Eucalyptus species [J [J].Wood processing machinery,2007(3.):24--29,12.

Nystr M J.Automatic Measurement. fiber orientation. softwoods by using. tracheid Effect[J].Computers, Electronics. Agriculture200341(1/3):91--99.

Simonaho S PPalviainen JTolonen YEt al.Determination. wood grain direction from laser light scattering pattern[J].Optics, Lasers. Engineering200441(1):95--103.

Yan Betty Wang Bin Li Yuan.Based on the most square multiplication of elliptic fitting improved algorithm [J]., Beijing, aviation Space University Journal,200834(3):295--298.

Viguier JJehlColletREt al.Improving grading. timber by grain angle measurement, Mechanical Modeling[J].Wood Material Science&Engineering201510(1):145--156.


Refbacks

  • There are currently no refbacks.