单板层积材

每种组坯单板层积材的MOE与MOR理论分析结果、计算机模拟结果与试验结果都非常接近，复合材料力学与ANSYS软件分析适用于单板层积材的力学性能分析。

The MOE and MOR results of theoretical analysis and computer simulation of each LVL assembly pattern were very close to the test results . The composite material mechanics and ANSYS simulation analyses were appropriate for the LVL mechanical property analysis .

中国的胶合板和单板层积材行业还不是很先进。

Plywood and LVL industries in China are not very advanced .

不同因素对竹／木复合强化单板层积材MOE、MOR的影响

The Effect of Different Factors on MQE and MOR of Strengthened Bamboo / Wood Composite LVL

单板层积材（LVL）受弯构件的结构性能研究

Study on the Structural Performance of Laminated Veneer Lumber ( LVL ) Beams

讨论LVL（单板层积材）梁受弯曲、水平剪切载荷时的主要破坏形式并得出相关结论。

The primary failure modes were discussed when LVL beams suffered the flexural and level shearing load . Relevant conclusions were drawn .

单板层积材（LaminatedVeneerLumber，简称LVL）具有轻质高强、力学性能稳定、尺寸规格灵活等特点，是一种高性能、生态环保的新型建筑复合材料。

LVL ( Laminated Veneer Lumber , referred to as LVL ) which has high strength , stable mechanical properties , flexible sizes features , is a new-construction composite materials of high performance and eco-environmental characteristics .

速生杨木单板层积材冷压工艺研究

Cold Press Technique of Laminated Veneer Lumber for Fast-Growing Populus ussuriensis

几种实木地板和单板层积材尺寸稳定性的初步研究

Study on the dimensional stability of LVL and solid wood flooring

以青稞为原料酿制黄酒的生产试验几种人工林树种单板层积材的生产试验及力学性能研究

Trial Production and Mechanical Property of LVL Made from Plantation Wood

人工林杉木单板层积材制造工艺的研究

Research on Manufacturing Technology of Laminated Veneer Lumber from Plantation Chinese Fir

不同结构杨木单板层积材的蠕变和抗弯性能

Creep Behavior and Bending Properties of Poplar LVL in Different Assembly Types

基于单片机的单板层积材弹性模量的无损检测

Nondestructive Testing of MOE of LVL Based on Single-chip Microcomputer

在国外单板层积材的应用已经非常的广泛。

In foreign countries , laminated veneer lumber has been widely used .

竹材增强杨木单板层积材冲击性能的研究

Studies on Impact Performance of Bamboo Strengthened Laminated Veneer Lumber of Poplar

杨木单板层积材地板的试制

Trial Production of Flooring Made from Laminated Poplar Veneer Lumber

竹木复合强化单板层积材的研究

A Study on Bamboo / Wood Composite Strengthened LVL

单板层积材的应用和发展前景

Application and Develop Prospect of Laminated Veneer Lumber

介绍了单板层积材在建筑构件中和在其他领域中的应用情况和主要特点；

Main features of LVL and its application in construction and other areas are introduced .

单板层积材物理性能特性的研究

Study on Physical Characteristics of LVL

汽车厢条型底板用落叶松超长单板层积材生产工艺技术

Technology of the Stick - Shaped Bottom-Board in the Automobile Carriage Produced by Overlong LVL of Larch

密实型杨木强化单板层积材制造工艺及应用前景分析

A Study on the Manufacture Technology of Poplar Compressed Strengthened LVL and the Analysis of Its Application Prospect

所以，最终确定以面外弯曲振动法作为金属网复合单板层积材的无损检测方法。

So the out-plane vibration can be as a kind of nondestructive test for the metal net-LVL composite .

单板层积材是一种重要的结构用材，可以有效的代替传统原木锯材。

Laminated veneer lumber is an important structural material , and can replace the traditional wood lumber effectively .

复合型杨木单板层积材刚度模型及工艺研究稻壳/聚丙烯木塑复合建筑模板材料的研究

Research on the Elastic Model and Technology of Composite Poplar LVL ; Study on rice husk / polypropylene wood-fiber plastics building formwork material

根据木结构的发展状况，对单板层积材的蠕变性能进行定量的分析势在必行。

According to the developmental situation of wooden structure , it is very urgent for us to do quantificational research on creep behavior of LVL .

研究了热压温度、热压时间、喷蒸时间和涂胶量对单板层积材性能的影响。

Effects of four main factors , i. e.hot pressing temperature and time , steam injection time and glue spread quantities on LVL properties were determined .

研究单板层积材在线无损检测可提高其质量控制水平，防止了木材资源的人为浪费，从而间接地节约了木材资源。

Studying on laminated veneer lumber online non-destructive testing system can improve the product quality ; prevent the waste of timber , save timber resources indirectly .

从而可得出结论：在层积材生产线上，应用本系统完成对单板层积材的强度检测是可行的。

Therefore , the conclusion can be made that it is practical to apply this detect system to measur laminated veneer lumber strength in laminated veneer lumber production line .

当竹篾分别加入杨木单板层积材的上下次表层和中间部位时，其冲击韧性分别增强了30.4%和27.3%；

When bamboo was put on the two surface of LVL sandwich and in the middle of that , the impact toughness increased 30.4 % and 27.3 % respectively .

研究是以速生杨木为主要原材料，用水溶性低分子量脲醛树脂、水溶性低分子量酚醛树脂浸渍处理，来制备强化杨木单板层积材。

This research use Poplar veneer as the main raw materials , use low molecular weight water-soluble PF and UF resin as dipping liquid , to manufacture intensified Poplar LVL .