首页 >> 新闻中心 >> 钢木结构集成材柱梁力学性能试验机Structural Timber Characterization Tester
钢木结构是现代钢结构与传统的木结构相结合的一种混合结构方式。柱梁等受力构件采用钢结构型式，外包采用木结构型式。厅堂馆所吊顶、门窗、栏杆、楼梯等均用钢木结构，既具有传统建筑风格，又坚固耐用，已被广泛采用。钢木结构建筑物被赋予一种独有的语义内涵。
结构木材集成材柱梁力学性能，使用多块木材，借助粘合剂，经过压力，加工制作的构件，力学性质大大增强。结构木材集成材采用SE构法、SE工法制作。木质集成材构件、钢制连接件、钢制螺栓、钢制销子，组成木结构承重框架，集成材构件横断面损失较少，力学性能较好。传统的卯榫结构，木材构件横断面损失较大，力学性能较差。
300kN结构木材力学特性试验机测试木材顺纹抗拉强度、横纹抗拉强度、顺纹抗压强度和弹性模量、木材顺纹抗剪强度、接缝抗剪强度、木材弯曲强度和弹性模量。测试木材垂直抗压承载力、木材抗拉承载力、木材横向承载力、木材扭转刚度。300kN结构木材拉伸试验采用液压夹具自动夹持，测定木结构部件拉伸性能、框架部件拉伸性能、LVL层积木拉伸性能、PSL平行积成木拉伸性能、胶合层积木拉伸性能、规格材拉伸性能、原木材拉伸性能。hrjtest；测定木结构部件压缩性能、木结构部件扭转特性、木结构部件抗剪性能。规格材材质等级检验方法；木结构试验方法；木材强度等级检验方法；建筑结构荷载规范；受弯木结构力学性能检验方法；木基结构板材力学性能指标；jnshiyanji；集成材理化性能试验方法；木结构工程施工质量验收规范；胶合木结构技术规范；规格材目测分级规则；木结构设计标准；建筑工程方木原木结构设计；建筑工程轻型木结构设计；原木及板材材质标准；建筑工程承重胶合木结构设计；原木锯材批量检查抽样判定方法；多高层木结构建筑技术标准；装配式木结构建筑技术标准；轻型木结构用指接规格材；轻型木结构连接件通用技术条件；轻型木结构锯材用原木检验；hrjtest；轻型木桁架技术规范；应力分级木材；300kN木结构规格材弯曲强度特性试验机；300kN结构木材抗剪强度试验机；600kN原木板材木结构力学性能试验机；jnshiyanji；120kN大跨度长试件木材力学强度试验机；200kN集成材力学性能试验机； 1000kN木结构荷载强度试验机；2kN石膏板断裂荷载硬度试验机；20kN防火板万能试验机；20kN门窗型材角强度试验机；1500mm门窗型材落锤冲击试验机；MJL-10纸面石膏板冲击性能测定仪；大跨度瓷砖板材抗折强度试验机；建筑砂浆保温节能材料试验机；防火门闭门器可靠性试验机；AS/NZS 4063.1:2010；AS/NZS 4357.2；ISO 1033-1；ISO/DIS 12578；ISO/CD 12579；ISO/CD 12580；ISO/CD 18375；ANSI/AITC A 190.1；hrjtest；ASTM D 3737；DIN 1052；EN 386；EN 390；EN 408；BS EN 789；BS EN 326-1；GOST 9624；CNS 11671:2014；CNS 444:2012；ANSI/APA PRG320-2012；EWS S475；APA PS 1-09；APA L294：2011；ASTM D5055-2013；ASTM D3528；NF B51-127-19；ASTM D5456-2010a；hrjtest；APA EWS S550-2005；BS EN 1912：2012；GB 50005-2017；GB 50009-2012；GB 50206-2012；GB/T26899-2011；GB/T17659.1-2018；GB/T17659.2-2018；GB/T29893-2013；GB/T29897-2013；GB/T50329-2012；GB/T50708-2012；GB/T50772-2012；GB/T51233-2016；GB/T51226-2017；LY/T1927-2010；LY/T2228-2013；LY/T2388-2014；JGJ/T265-2012；
Structural Timber Characterization Tester；hrjtest；Dimension Lumber Characterization Tester；Characterization of structural timber-Test methods；Stress-graded Timber；Bending Strength and Apparent Modulus of Elasticity；Tension Strength Parallel to Grain；Compression Strength Parallel to Grain；Beam Shear Strength；Bearing Strength Perpendicular to Grain；Bearing Strength Parallel to Grain；Modulus of Rigidity in Torsion；Tension Strength Perpendicular to Grain；Compression Strength and Modulus of Elasticity Perpendicular to Grain；Shear Strength at Joint Details；Testing Rectangular Sections of Sawn Solid Timber；Structural laminated veneer lumber (LVL) Test methods；Determination of structural properties-Test methods；Determination of mechanical properties of wood based panels；hrjtest；Determination of modulus of elasticity in bending and of bending strength；Plywood Bonding quality Test methods；Determination of tensile strength perpendicular to the plane of the board；Sampling and cutting of test pieces and expression of test results；Test method of evaluating the properties of glued-laminated timber；hrjtest；Code for design of timber structures；Visual grading rules for dimension lumber in light wood frame construction；Load code for the design of building structures；Code for acceptance of construction quality of timber structures；Technical code of glude laminated timber structures；Finger jointed structural dimension lumber in light wood frame construction；General specification for connector of light wood-frame construction；Log for lumber in light wood frame construction；jnshiyanji；Code for construction of timber structures；Technical code for light wood trusses；Sampling and judging methods for lot inspection of logs；Sampling and judging methods for lot inspection of sawn timbers；Tension Strength Hydraulically Operated Fixture；Standard for methods testing of timber structures；Gypsum Board Breaking Load Hardness Tester；Fire-proof plate Testing Machine；(PVC-U)Angle Strength Testing Machine；Falling Ball Impact Tester；Gypsum Plate Board Falling Ball Impact Tester；
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