在为期一天的课程中，学员将学习材料测试的相关知识。本课程重点介绍材料测试的基础知识，包括力学性能、不同测试类型、应力/应变测试曲线、模量、屈服以及应用测试，并将在计算机化材料测试仪器上进行演示。学员将观察拉伸、压缩、弯曲和剥离测试，学习如何解读测试曲线和计算结果。下载 课程大纲 以查看完整计划。
完成本课程后，您将能够：
- 了解基础材料测试术语、理论和概念
- 了解典型的力/位移测试曲线，并能够区分不同类型的曲线
- 进行典型拉伸、压缩、弯曲和剥离测试时的注意事项
- 学习使用计算机化测试仪器进行拉伸、压缩、弯曲和剥离测试时的规范测试程序
- 了解系统校准对数据准确性的重要性
- 了解试样几何形状及试样尺寸的重要性
- 计算应力、应变、伸长率、模量、规定非比例延伸强度及其他高级计算
- 能够解读测试曲线并标注主要特征点和结果
- 了解不同类型的应变测量方式和设备
报名参加此课程
在这为期一天的课程中，学员将学习材料测试的相关知识。本课程重点介绍材料测试的基础知识，包括力学性能、不同测试类型、应力/应变测试曲线、模量、屈服以及应用测试，并将在计算机化材料测试仪器上进行演示。学员将观察拉伸、压缩、弯曲和剥离测试，学习如何解读测试曲线和计算结果。下载课程大纲查看完整课程安排。
完成本课程后，您将能够：
- 了解基础材料测试术语、理论和概念
- 了解典型的力/位移测试曲线，并能够区分不同类型的曲线
- 了解进行典型拉伸、压缩、弯曲和剥离测试时的注意事项
- 学习使用计算机化测试仪器进行拉伸、压缩、弯曲和剥离测试时的规范测试程序
- 了解系统校准对数据准确性的重要性
- 了解试样几何形状及试样尺寸的重要性
- 计算应力、应变、伸长率、模量、规定非比例延伸强度（偏移屈服）及其他高级计算
- 能够解读测试曲线并标注主要特征点和结果
- 了解不同类型的应变测量方式和设备
注册此课程
在这一天的课程中，学员将学习材料测试的相关知识。课程重点介绍材料测试的基础知识，包括机械性能、不同的测试类型、应力/应变测试曲线、模量、屈服以及应用测试，并将在计算机化材料测试仪器上进行演示。学员将观察拉伸、压缩、弯曲和剥离测试，学习如何解读测试曲线和计算结果。下载课程大纲以查看完整计划。
完成本课程后，您将能够：
- 了解基础材料测试术语、理论和概念
- 了解典型的力/位移测试曲线，并能够区分不同类型的曲线
- 进行典型拉伸、压缩、弯曲和剥离测试时的注意事项
- 学习使用计算机化测试仪器进行拉伸、压缩、弯曲和剥离测试时的良好测试程序
- 了解系统校准对数据准确性的重要性
- 了解试样几何形状及试样尺寸的重要性
- 计算应力、应变、伸长率、模量、规定非比例延伸强度（屈服）及其他高级计算
- 能够解读测试曲线并标注主要特征点和结果
- 了解不同类型的应变测量和设备
注册此课程
在这一天的课程中，学员将学习材料测试的相关知识。本课程重点介绍材料测试的基础知识，包括力学性能、不同类型的测试、应力/应变测试曲线、模量、屈服以及在计算机化材料测试仪器上进行的演示应用测试。学员将观察拉伸、压缩、弯曲和剥离测试，学习如何解读测试曲线和计算结果。下载 课程大纲 以查看完整计划。
完成本课程后，您将能够：
- 了解基础材料测试术语、理论和概念
- 了解典型的力/位移测试曲线，并能够区分不同类型的曲线
- 进行典型拉伸、压缩、弯曲和剥离测试时的注意事项
- 学习使用计算机化测试仪器进行拉伸、压缩、弯曲和剥离测试时的良好测试程序
- 了解系统校准对数据准确性的重要性
- 了解试样几何形状及试样尺寸的重要性
- 计算应力、应变、伸长率、模量、规定非比例延伸强度及其他高级计算
- 能够解读测试曲线并标注主要特征点和结果
- 了解不同类型的应变测量和设备
报名参加本课程
在这为期一天的课程中，学员将学习材料测试的相关知识。本课程重点介绍材料测试的基础知识，包括机械性能、不同的测试类型、应力/应变测试曲线、模量、屈服以及在计算机化材料测试仪器上进行的演示应用测试。学员将观察拉伸、压缩、弯曲和剥离测试，学习如何解读测试曲线和计算结果。下载课程大纲以查看完整计划。
完成本课程后，您将能够：
- 了解基础材料测试术语、理论和概念
- 了解典型的力/位移测试曲线，并能够区分不同类型的曲线
- 掌握进行典型拉伸、压缩、弯曲和剥离测试时的注意事项
- 学习使用计算机化测试仪器进行拉伸、压缩、弯曲和剥离测试时的规范测试程序
- 了解系统校准对数据准确性的重要性
- 了解试样几何形状及试样尺寸的重要性
- 计算应力、应变、伸长率、模量、规定非比例延伸强度（屈服）及其他高级计算
- 能够解读测试曲线并标注主要特征点和结果
- 了解不同类型的应变测量方式和设备
注册此课程
在这一天的课程中，学员将学习材料测试的相关知识。本课程重点介绍材料测试的基础知识，包括机械性能、不同类型的测试、应力/应变测试曲线、模量、屈服以及在计算机化材料测试仪器上进行的各种应用测试演示。学员将观察拉伸、压缩、弯曲和剥离测试，学习如何解读测试曲线和计算结果。下载课程大纲以查看完整计划。
完成本课程后，您将能够：
- 了解基础材料测试术语、理论和概念
- 了解典型的力/位移测试曲线，并能够区分不同类型的曲线
- 了解进行典型拉伸、压缩、弯曲和剥离测试时的注意事项
- 学习使用计算机化测试仪器进行拉伸、压缩、弯曲和剥离测试时的规范测试程序
- 了解系统校准对数据准确性的重要性
- 了解试样几何形状及试样尺寸的重要性
- 计算应力、应变、伸长率、模量、规定非比例延伸强度（屈服）及其他高级计算
- 能够解读测试曲线并标注主要特征点和结果
- 了解不同类型的应变测量方式和设备
注册此课程
在为期一天的课程中，学员将学习材料试验的相关知识。本课程重点介绍材料试验的基础知识，包括力学性能、不同类型的试验、应力/应变试验曲线、模量、屈服以及在计算机化材料试验仪器上进行的演示应用测试。学员将观察拉伸、压缩、弯曲和剥离试验，学习如何解读试验曲线和计算结果。下载课程大纲以查看完整计划。
完成本课程后，您将能够：
- 了解基础材料试验术语、理论和概念
- 了解典型的力/位移试验曲线，并能够区分不同类型的曲线
- 进行典型拉伸、压缩、弯曲和剥离试验时的注意事项
- 学习使用计算机化试验仪器进行拉伸、压缩、弯曲和剥离试验时的规范操作程序
- 了解系统校准对数据准确性的重要性
- 了解试样几何形状及试样尺寸的重要性
- 计算应力、应变、伸长率、模量、规定非比例延伸强度（偏置屈服）及其他高级计算
- 能够解读试验曲线并标注主要特征点和结果
- 了解不同类型的应变测量方式和设备
报名参加此课程
In this one-day course, students will learn about materials testing. The course highlights the basics of materials testing including mechanical properties, different types of testing, stress/strain test curves, modulus, yield, and application testing with demonstrations on computerized materials test instruments. Students will observe tensile, compressive, flexural, and peel tests to learn to interpret test curves and calculated results. Download the course outline to see the full program.
After completing this course, you will be able to:
- Understand basic materials testing terminology, theory and concepts
- Understand typical force/displacement test curves and be able to distinguish between different types of curves
- Do’s and Dont’s when running typical tensile, compression, flexure, and peel tests
- Learn good testing procedures when using a computerized testing instrument to perform tension, compression, flexural and peel testing
- Learn the importance of system calibration for data accuracy
- Understand specimen geometry and the importance of specimen dimensions
- Calculate stress, strain, elongation, modulus, offset yield, and other advanced calculations
- Be able to interpret test curves and to label major points and results
- Understand different types of strain measurements and devices
Register for This Course
In this one-day course, students will learn about materials testing. The course highlights the basics of materials testing including mechanical properties, different types of testing, stress/strain test curves, modulus, yield, and application testing with demonstrations on computerized materials test instruments. Students will observe tensile, compressive, flexural, and peel tests to learn to interpret test curves and calculated results. Download the course outline to see the full program.
After completing this course, you will be able to:
- Understand basic materials testing terminology, theory and concepts
- Understand typical force/displacement test curves and be able to distinguish between different types of curves
- Do’s and Dont’s when running typical tensile, compression, flexure, and peel tests
- Learn good testing procedures when using a computerized testing instrument to perform tension, compression, flexural and peel testing
- Learn the importance of system calibration for data accuracy
- Understand specimen geometry and the importance of specimen dimensions
- Calculate stress, strain, elongation, modulus, offset yield, and other advanced calculations
- Be able to interpret test curves and to label major points and results
- Understand different types of strain measurements and devices
Register for This Course
In this one-day course, students will learn about materials testing. The course highlights the basics of materials testing including mechanical properties, different types of testing, stress/strain test curves, modulus, yield, and application testing with demonstrations on computerized materials test instruments. Students will observe tensile, compressive, flexural, and peel tests to learn to interpret test curves and calculated results. Download the course outline to see the full program.
After completing this course, you will be able to:
- Understand basic materials testing terminology, theory and concepts
- Understand typical force/displacement test curves and be able to distinguish between different types of curves
- Do’s and Dont’s when running typical tensile, compression, flexure, and peel tests
- Learn good testing procedures when using a computerized testing instrument to perform tension, compression, flexural and peel testing
- Learn the importance of system calibration for data accuracy
- Understand specimen geometry and the importance of specimen dimensions
- Calculate stress, strain, elongation, modulus, offset yield, and other advanced calculations
- Be able to interpret test curves and to label major points and results
- Understand different types of strain measurements and devices
Register for This Course
In this one-day course, students will learn about materials testing. The course highlights the basics of materials testing including mechanical properties, different types of testing, stress/strain test curves, modulus, yield, and application testing with demonstrations on computerized materials test instruments. Students will observe tensile, compressive, flexural, and peel tests to learn to interpret test curves and calculated results. Download the course outline to see the full program.
After completing this course, you will be able to:
- Understand basic materials testing terminology, theory and concepts
- Understand typical force/displacement test curves and be able to distinguish between different types of curves
- Do’s and Dont’s when running typical tensile, compression, flexure, and peel tests
- Learn good testing procedures when using a computerized testing instrument to perform tension, compression, flexural and peel testing
- Learn the importance of system calibration for data accuracy
- Understand specimen geometry and the importance of specimen dimensions
- Calculate stress, strain, elongation, modulus, offset yield, and other advanced calculations
- Be able to interpret test curves and to label major points and results
- Understand different types of strain measurements and devices
Register for This Course
