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;
|