纤维石膏板

分析结果与实测结果吻合较好，表明ANSYS计算分析混凝土灌芯纤维石膏板板梁的可行性。

The calculated results are much coincided with the tested results , which proved the feasibility of software-ANSYS to calculate structure of concrete-filled fiber-reinforced plasterboard .

混凝土灌芯纤维石膏板板梁承载力研究

Research on Bearing Capacity of Lintels Builded with Concrete-filled Fiber-reinforced Plasterboard

轻质纤维石膏板墙体基础构造和性能分析

Analysis of Foundation Structure and Performance in Light-weight Fiber Gypsum Plank

纤维石膏板应用于外墙的材料耐久性能研究

Research of the Endurance of the Fiber-reinforced Gypsum Material Used in Out-wall

纤维石膏板中不同间距灌注混凝土芯柱抗震性能试验研究

Experimental study on seismic behaviors of fiber plasterboards filled with concrete core columns with different spacings

混凝土密排内框架-纤维石膏板低周往复试验研究

Experimental research on behavior of closely spaced concrete frames fiber reinforced plasterboard under low cyclic loading

纤维石膏板是国际上继纸面石膏板广泛应用后又一次开发成功的新产品，其综合性能十分优越。

Gypsum fiber board is a new product with excellent comprehensive performance , developed following the wide application of plasterboard in the world .

本文通过9根混凝土灌芯纤维石膏板板梁的抗剪性能试验，分析了混凝土灌芯纤维石膏板板梁的抗剪破坏特征。

Based on the experiment of 9 lintels builded with concrete-filled fiber-reinforced plasterboard , the mechanism of the lintel against shearing force is analyzed .

灌注混凝土纤维增强石膏板（GFRGP）是一种新的建筑材料，可在抗震区的低层建筑物中应用。

Glass fiber reinforced gypsum panel ( GFRGP ) filled with concrete is a new construction material applied to low-rise buildings in seismic zone .

灌孔速成墙体是一种在新型轻质玻璃纤维石膏空心板内灌入混凝土而形成的墙体。

The new rapid wall is made of plasterboard and concrete .

植物纤维石膏复合板加工工艺及正交实验法的研究

Study on metnod orthogonal test and process technics of vegetable fibre gypsum board

纤维石膏速成板的力学性能试验研究

Experimental research on mechanical properties of fiber-reinforced gypsum panel

纤维增强石膏板-混凝土叠合楼板性能试验研究

Experimental Research on Fibre-reinforced Plasterboard-reinforced Concrete Composite Floor Slabs

纤维增强石膏板组合墙体抗震性能的非线性有限元分析

Nonlinear finite element analysis on the seismic behavior of the composite wall made of fiber-reinforced plasterboards

最后，本文利用非线性有限元方法对结构进行了力学分析，建立了切实有效的力学分析模型，为今后对各种结构尺寸的纤维增强石膏板进行计算机模拟试验提供了参考依据。

Besides , by using the nonlinear finite-element method , this article made a practical mechanic analysis model , offering a useful and effective reference for later computer simulative experiment of all kinds of specifications fiber-reinforced plasterboard .

本文从产品性能，应用范围及生产特点等方面将石膏纤维板与传统的湿法纤维板、纸面石膏板进行了对比，并简要介绍了石膏纤维板的生产技术与市场前景。

This paper compares gypsum fiberboard with traditional wet - progress fiberboard and paper surface gypsum board from the aspects of production property , application range and production characteristics . It also briefly introduces the production technology and market foreground of gypsum fiberboard .