标准号: |
DIN EN 1994-1-1/NA-2010 |
英文名称: |
National Annex - Nationally determined parameters - Eurocode 4: Design of composite steel and concrete structures - Part 1-1: General rules and rules for buildings |
中标分类: |
土木建筑>>组合结构工程 |
发布日期: |
2010-12 |
发布单位: |
DE-DIN |
标准状态: |
请与本站工作人员进行确认 |
ICS分类: |
技术方面>>技术方面 |
正文语言: |
德语 |
原文名称: |
Nationaler Anhang - National festgelegte Parameter - Eurocode 4: Bemessung und Konstruktion von Verbundtragwerken aus Stahl und Beton - Teil 1-1: Allgemeine Bemessungsregeln und Anwendungsregeln für den Hochbau |
页数: |
9P;A4 |
被代替标准: |
DIN 18800-5-2007;DIN EN 1994-1-1/NA-2009 |
内容提要(CN): |
锚具;应用规则;应用;棒材(材料);基础设计数据;基础;梁;承载力验证;轴承;弯曲;板材;粘合剂;编带;建筑规范;建筑物;负载能力的计算;运河;顶棚贴面砖;顶棚;电池;水泥灰浆;化学;等级;闭路的;组件;混合结构;组合钢结构;耐压强度;混凝土板;混凝土结构;混凝土;条件;一致性;建筑;建筑工程;施工工程作业;施工材料;施工工程;裂开;蠕变;损伤;密度;设计;测定;偏差;尺寸偏差;尺寸选定;圆盘;草图;延展性;耐久性;效应;弹性(流体);延伸;环境条件;欧洲法规;正面;适用性;力;房基;框架;摩擦;通道;总论;几何;大梁;协调;热学;冲击力;不完整性;信息;检验;连接件;膝;布置;轻质混凝土;荷载能力;负荷测量;负荷;损失;材料;数学计算;机械性能;压缩部件;方法;模数;灰浆;国家的;非增强;物理性能;管线;计划;预制混凝土部件;预制配件;预应力混凝土;预应力钢筋混凝土;预应力构件;预应力钢筋;生产;性能;保护措施;质量控制;加筋混凝土;加筋;钢筋;缓和;要求;肋;屋顶层;屋顶;规则;安全性;弯曲安全性;薄板材;收缩;规范(验收);稳定性;冲压;静力学;状态;拉条;钢;应变;带条;材料强度;应力;结构设计;结构工程制图;结构钢;结构;支撑面;支撑物;监督(认可);悬挂;技术;抗拉强度;试验;倾斜;公差(测量);运输;横向力;值;验证;墙;焊接;宽度;钢丝;工艺 |
内容提要(EN): |
Anchorages;Application rule;Applications;Bars (materials);Basic design data;Basis;Beams;Bearing capacity verification;Bearings;Bending;Boards;Bond;Braid;Building specifications;Buildings;Calculation of load capacity;Canals;Ceiling tiles;Ceilings;Cells;Cement mortar;Chemistry;Classes;Closed;Components;Composite construction;Composite steel construction;Compressive strength;Concrete slabs;Concrete structures;Concretes;Conditions;Conformity;Construction;Construction engineering;Construction engineering works;Construction materials;Construction works;Cracking;Creep;Damage;Density;Design;Determinations;Deviations;Dimensional deviations;Dimensioning;Disks;Draft;Ductility;Durability;Effects;Elastic properties (fluids);Elongation;Environmental conditions;Eurocode;Facades;Fitness for purpose;Force;Foundations;Frames;Friction;Gangways;General section;Geometry;Girders;Harmonization;Heat;Impact;Imperfections;Information;Inspection;Joints;Knees;Layout;Lightweight concrete;Load capacity;Load measurement;Loading;Losses;Materials;Mathematical calculations;Mechanical properties;Members under compression;Methods;Modules;Mortars;National;Nonreinforced;Physical properties;Pipes;Planning;Precast concrete parts;Prefabricated parts;Prestressed concrete;Prestressed concrete part;Prestressing elements;Prestressing steels;Production;Properties;Protective measures;Quality control;Reinforced concrete;Reinforcement;Reinforcing steels;Relaxation;Requirements;Ribs;Roofing;Roofs;Rules;Safety;Safety against buckling;Sheets;Shrinking;Specification (approval);Stability;Stamp;Statics;Status;Stays;Steels;Strain;Straps;Strength of materials;Stress;Structural design;Structural engineering drawings;Structural steels;Structures;Supporting;Supports;Surveillance (approval);Suspending (hanging);Technology;Tensile strength;Testing;Tilt;Tolerances (measurement);Transport;Transverse force;Values;Verification;Walls;Welding;Width;Wires;Workmanship |
归属: |
德国 |