结构试验
预修课程结构力学》、《建筑材料》、《钢筋混凝土结构》、《钢结构》等
面向对象:本科生
 课程简介:(限100--150字)
主要介绍结构试验的原理和方法,包括:静载试验的方法、试验仪器、设备的使用;结构现场检测技术;既有建筑物的可靠性评定方法;模型试验相似原理、模型设计与材料;动载试验方法、仪器设备的使用以及试验数据分析等。
教学大纲:
 
一、教学目的与基本要求:(限100--150字)
通过本课程的学习,使学生掌握结构试验方面的基本知识和基本技能,包括掌握静载试验的方法、试验仪器、设备的使用,了解动载试验、已有结构物的检验和可靠性评定、模型试验、以及试验数据分析。达到在学好专业知识的基础上,能根据设计、施工和科研任务的需要、完成一般建筑结构试验的设计与规划、并能进行试验与分析的目的。
二、主要内容及学时分配:
课堂教学每周4学时,共8
(一)结构试验绪论(2学时)
(二)静载试验(14学时)
1结构静载试验的程序与试验准备工作(2
2试验荷载与加载方案(2
3加载方法与设备(2
4检测方法与仪器(3
5试验观测方案(2
6抗震性能的静载试验(2
7静载试验的资料整理与分析(1
(三)结构试验检测技术(5学时)
1混凝土结构检测技术3
2砌体结构检测技术1
3钢结构检测技术1
(四)已建结构物的可靠性评定(2学时)
(五)模型试验(3学时)
1相似理论(2
2模型设计(1
(六)动载试验(5学时)
1量测仪器(1
2加载方法与设备(1
3动载特性、动力特性、响应测试(2
4疲劳试验、资料整理与分析(1
(七)试验数据的统计与分析(1学时)
实验教学每周2学时,共8周,每个学生必须满足8个学时的实验课,学有余力的学生可以选做实验
必做实验10学时
1实验仪器和设备介绍 (2学时)
2钢梁抗弯试验(3学时)
3屋架静载试验(3学时)
4混凝土回弹法测试抗压强度(1学时)
5混凝土裂缝宽度、深度测试(1学时)
选做实验  10学时
1.门式钢架静载试验(2学时)
2高强度螺栓连接副扭矩系数2学时)
3三层钢框架动力特性测试(2学时)
4 动态应变测试(2学时)
5振动法测索力(2学时)
三、相关教学环节安排:
1 课堂教学
2作业、考试
四、教学方式:
课堂授课
五、考试方式及要求:
本课程采用期末考试和实验报告相结合的考核方式,满分为100分,及格为60分。其中期末考试成绩满分为100分,占考试总成绩的80%,实验报告成绩满分为100分,占考试总成绩的20%
六、推荐教材或参考书:(含教材名,主编,出版社,出版年代)
《结构试验与检测》,王柏生等,浙江大学出版社,2007.9
 
Structural Test
 
Structural Test    2
 
  
预修课程Structural Mechanics, Construction Material, Reinforced Concrete Structure, Steel Structure
 
面向对象:Under graduate student
 
课程简介:(限100--150字)
The theory and method of structural test are mainly introduced in this course. They are the method, instruments, equipments in load test, the structural measurement, the reliability appraisal of buildings, the model test, the dynamic test, and the analysis of test data.
教学大纲:
一、教学目的与基本要求:(限100--150字)
The students can obtain the knowledge and technique about structural test from this course. The students are requested to grasp the test method, measurement instrument manipulating in the load test. The structural measurement, reliability appraisal of buildings, model test, dynamic test, and analysis of test data are required to be understood for each student. It is expected that students can accomplish the design of a structural test, carry the test, and analyze the test data according to the requirements of designing, constructing, or research.
二、主要内容及学时分配:
课堂教学每周4学时,共8
A Introduction of structural test (2 h)
B Load test (14 h)
1 The procedure and preparation of load test2
2 The test load and loading project2
3 The loading methods and equipments2
4 The measurement methods and instruments3
5 The measurement project2
6 The load tests for aseismic properties2
7 The data analysis of load test1
C Structural measurement technique5 h
1 The measurement technique for concrete structures (3)
2 The measurement technique for masonry structures (1)
3 The measurement technique for steel structures (1)
D The reliability appraisal of buildings (2 h)
E Model test (3 h)
1 Similarity principle2
2 Model design1
F Dynamic test (5 h)
1 Instrument1
2 Dynamic loading and equipments1
3 Dynamic property and respond measurement (2)
4 Fatigue test 1
G Statistical analysis of test data1 h
实验教学每周2学时,共8
Required Test
1.Instruments and equipment introduction (2h)
2.Static test of steel beam bending  (3h)
3.Roof truss static test (3h)
4. Rebound method (1h)
5. Crack width and depth test(1h)
Selected Test
1.Portal frame test (2h)
2. Set of high strength bolt torque coefficient (2h)
3.Dynamic characteristics test of one frame (2h)
4.Dynamic strain test (2h)
5.Cable force measured by vibration(2h)
三、相关教学环节安排:
1 Lecture
2 Exercise and examination
四、教学方式:
Lecture
一、考试方式及要求:
 This course uses a bombination of assessment methods of final exams and lab reports, out of 100 points, passing for 60 points. The final examination results out of 100 points, accounting for 80% of the total exam scores, lab report scores out of 100 points, accounting for 20% of the total exam scores.
六、推荐教材或参考书:(含教材名,主编,出版社,出版年代)
Structural test and measurement》,Wang Baisheng eta., Zhejiang university press, 2007