Course Title : Materials testing for mineral science and technology

Code 31570
Course Year 3rd year
Term
Class day & Period
Location Integrated Research Bldg.-102
Credits 1
Restriction
Lecture Form(s)
Language Japanese
Instructor Prof. Mabuchi, Associate Prof.Nara, Associate Prof. Hakamada, Associate Prof. Hama, Assistant Prof. Chen, Assistant Prof. Naoi

Course Description

Fundamental experiments and microscopic observation of rock and metal materials are conducted. Through the experiments and microscopic observation, students can learn how to measure mechanical properties of these materials and how to use the equipments to carry out the experiments and observation.

Grading

Students are divided into several groups. Every student is asked to conduct the experiments and microscopic observation with group members and to make an experimental report individually for every theme. Grading is made by the attitudes to the experiments and the grade points of every experimental report. The grading weights of them are even.

Course Goals

The goal of this course is to master the evaluation method of mechanical properties for both rock and metal materials and the mineralogical observation method and the metallographic observation method.

Course Topics

Theme Class number of times Description
Orientation 1 The course goals, schedule of this class, and various attention for safety are presented.
Material testing and failure criterion of rock 4.5 Overview of the rock material testing, the method to obtain Young's modulus, Poisson's ratio, uniaxial compressive strength, and tensile strength are explained. First, in this theme, rock specimen is prepared. Second, uniaxial compression test is conducted. During the uniaxial compression test, strain measurement using strain gauges is performed, and the uniaxial compressive strength, Young's modulus and Poisson's ratio are determined. Third, Brazilian test is conducted and the tensile strength is determined. Finally, the failure criterion of the specimen is determined.
Tensile test and mechanical properties of sheet metals 4.5 Overview of the testing for sheet metals is explained. A uniaxial tensile test of steel and aluminum alloy sheets is conducted, and then the stress-strain curves and the mechanical properties are evaluated.
Metallographic observation and petrographic observation 4.5 The metallographic observation for metal specimens and the petrographic observation for rock specimens are conducted. At the first step, observation procedures including how to use a microscope are explained. In the metallographic observation, every group makes a specimen and observes the metal crystal. In the petrographic observation, every student observes the thin sections of rocks using a petrographic microscope and learns how to identify minerals and rocks on thin sections.

Textbook

This course does not specify a textbook. Lecture documents may be deribered from teachers in each experimental theme.

Textbook(supplemental)

Not specified

Prerequisite(s)

It is desirable that students take the "Experimental Basics in Earth Resources and Energy Science, Laboratory" offered in the previous semester. It is also desirable to take "Materials and Plasticity", "Rock Engineering", and "Geological and Geophysical Survey, Field Excavation" of the Undergraduate Course Program of Earth Resources and Energy Engineering that are offered in the same semester.

Web Sites

This course does not have a web site.

Additional Information

It is desirable that all students belonging to the Undergraduate Course Program of Earth Resources and Energy Engineering take this course. Additional information is presented in the first class.