MM physical mathematics / MM physics / MM modern physics / MM chemistry, physics,
chemistry, differential and integral calculation、material physics, material mechanics,
material chemistry, metallography, aviation engine materials, aviation functional materials,
functional materials, Aerospace science and engineering special lecture, Engine material ,
sports and medical materials special lecture, material engineering special lecture,
Construction materials, environmental materials, aircraft body composite materials, aircraft
body light metals, superconductor engineering, aviation materials processing, materials
processing technology, composite material, ceramics processing, polymer processing, surface
science, Superconductor engineering special lecture, car manufacturing special lecture,
materials properties engineering, super-materials, semiconductor processing,
nanotechnology, microstructure transformation special lecture, field emission engineering,
vacuum engineering, Eco-materials, universe energy processing, energy materials, material
science outline I, material science outline II, problem discovery seminar I, problem discovery
seminar II, materials research supervise I, materials research supervise II, materials
graduation research supervise I, materials graduation research supervise II, physics
experiments, chemical experiments, aviation and astronautics structural materials
experiments, aerospace functional materials experiments, superconductor and functional
materials experiments, sensor engineering special lecture, high speed piston engine, engine
element design, electric car engineering, precision mechanical drawing I, base of information
processing, patent strategy, Japanese constitution, job counseling.
chemistry, differential and integral calculation、material physics, material mechanics,
material chemistry, metallography, aviation engine materials, aviation functional materials,
functional materials, Aerospace science and engineering special lecture, Engine material ,
sports and medical materials special lecture, material engineering special lecture,
Construction materials, environmental materials, aircraft body composite materials, aircraft
body light metals, superconductor engineering, aviation materials processing, materials
processing technology, composite material, ceramics processing, polymer processing, surface
science, Superconductor engineering special lecture, car manufacturing special lecture,
materials properties engineering, super-materials, semiconductor processing,
nanotechnology, microstructure transformation special lecture, field emission engineering,
vacuum engineering, Eco-materials, universe energy processing, energy materials, material
science outline I, material science outline II, problem discovery seminar I, problem discovery
seminar II, materials research supervise I, materials research supervise II, materials
graduation research supervise I, materials graduation research supervise II, physics
experiments, chemical experiments, aviation and astronautics structural materials
experiments, aerospace functional materials experiments, superconductor and functional
materials experiments, sensor engineering special lecture, high speed piston engine, engine
element design, electric car engineering, precision mechanical drawing I, base of information
processing, patent strategy, Japanese constitution, job counseling.
chemistry
At this novel MM (Multi-Media) I lecture students learn, study and do small computer
experiments by themselves using a simulation software during the lecture time. The lecture
has the aim to learn essential elementary knowledge in physics chemistry, and mathematics
(especially, the differential and integral equations) from repeating high school knowledge up
to the most advanced research in university. These lectures in physics, chemistry and
differential and integral calculations are held under the assumption that such knowledge has
been learned already in high school times. In this way, the MM I lecture depends on the
scholarship at the university entrance test, or in other words it might happen that the
progress of this lecture corresponding to the ability of each student.
Physics
The basics of momentum dynamics, work, universal gravitation mechanics and electric
fields, electric current, electric power, and electromagnetism are studied. Essential physics,
which is necessary to understand various phenomena in natural science, is also the base of
engineering.
Chemistry
The essential base of chemistry, as the formation and structure of materials and their
chemical reactions are the subjects of this lecture. Also, by learning systematically the
development process of chemistry unto modern chemistry, the relationship between
humans and chemistry can be understood.
Differential and integral calculations
Limited to one-parametric differential and integral calculations, and easy to understand
even for students poor in calculations, this lecture explains the stuff carefully from the
basics. Half of the classes practice actually solving of problems, so the calculation ability of
elementary up to problems in the special subject are developed.
Physical chemistry
Considering for example the problem of physical chemistry “How is a chemical balance
decided?”, we go through the elementary theory of thermodynamics and learn the basics of
atomic and molecular states and equilibrium conditions of various materials.
Microstructure of metals
Similar as a screwdriver is necessary for turning a screw, for studying metals the phase
diagrams are necessary. The explanations are easy to understand from basics even to
applications and are cross-linked to the latest research result.
Material physics
The basis of the physical properties which are connected to various phenomena of
materials is learned. This lecture focuses on dislocation theory, which is the base for further
learning.
Material mechanics
This subject is the basic subject for mechanical engineering. Assuming that various
mechanical forces act on a solid body, the stress and deformation according to Hook’s law
are examined.
Material chemistry
Basics of the high-temperature resistant, acid and alkali resistant alloys are learned.
Metallography
Iron, which is the base of many industries, related metals as well as non-iron metals are
essential materials to produce cars, railways, aircrafts, ships, rockets, space ships, and so
on. Such materials are lectured in detail with presenting latest application examples.
Ceramics
Ceramics known for their hardness and heat resistance are used as heat insulating tiles
for the space shuttle. Also, superconducting ceramics known for their permanent electric
current when once charged, are explained. We learn also about actual secrets which
supports high technology.
Polymers
Basics of daily used polymers, such as supermarket shopping bags and others, are
explained. Recent concerns about environmental compatibility are also touched.
Aviation engine materials
The performance of jet engines, which are the heart of any aircraft for example the
Jumbo jet, are improved year by year. In fact, it is the progress of the engine component
materials which supports the performance improvement.
Aviation and astronautic functional materials
Concerning the investment goods, Japan produces 40% to 60% of the world’s materials
and parts of aircraft components. Materials which are the “motor” for the aircraft industry
are for example shape memory alloys, magnetostriction materials, shape memory ceramics,
functional ceramics, ceramic sensors, piezoelectric vibration absorbing materials, shock
absorbing material, solar cell materials, opto-electronic glass fiber pipe, functional liquid
crystals, liquid crystal polymers, carbon fibers, ceramics engine parts, (Al / Mg) -Li light-
weight alloys, turbine blade material. For future journeys to planets nuclear fusion materials
for high-speed engines are necessary.
Functional materials
Functional materials play an active role as key materials for advanced science such as
magnetic materials, superconductors, shape memory alloys. This lecture explains
consequently the steps, when a material with a new function is introduced, until the
mechanism of movement is used for application.
Aviation and astronautics science and engineering special lecture
In various fields of science, approaches have been made to utilize our universe. This
lecture given by experts in different fields of science and focus especially on the possibility
of present and future experiments of using zero gravity which acts in the space shuttle or
space station.
Engine materials
Combustion engines are the central part of the car, the most popular land transportation
tool. The structure of the engine and their materials cross-linked with the application needs
are explained in detail. （This lecture is presented by teachers of the department of prime
movers.）
Sports and medical materials special lecture
The opportunities to reconsider human lifestyle, like environment, health, and social
welfare is increasing . Present existing technology, and the three pillars of future based
technology, bio technology, information technology and new materials technology are being
expected to solve these problems. Especially, Japanese material development and
production technology maintains the world-leading level and contributes to the modern
society with investment goods, which are the source for the wealthy life. In particular,
materials for sports goods as sunglasses or for skiing, tennis, golf, tracking, swimming, marine,
racing and medical applications （MRI、micro-machine, drug delivery, electro-magnetic wave
protection, wigs, contact lenses, lenses, artificial bones, artificial skin, blood vessel, artificial
internal organs, mechanical heart, and pacemaker are studied.
material engineering special lecture
In a joint lecture of different specialists (omnibus) from outside of the university, advanced
material engineering focused on structural materials is learned.
Construction materials
Among the three necessities of life, food, clothes and living, this lecture focuses on the
component of construction materials for living. （This lecture is held by professors of
building and architecture engineering department.）
Environmental materials
（This lecture is held by professors of energy engineering department.）
Aircraft body composite materials
Fiber reinforce composite materials means strengthening of plastics, metals, and ceramics
by high-strength carbon fibers, and are called FPP, FRP and CMC. Recently, light-weighted
heat-resistant materials became important and we learn about these high-strength
materials in particular.
Aircraft body light metals
Aircraft bodies, rockets, space-shuttles, space stations consist of light metals, such as
Aluminum, Magnesium, Titan, and their alloys and we learn about their basics.
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