전공교과목해설

Combustion science is a field of study that investigates various thermochemical and physicochemical phenomena related to the combustion process. Combustion is a chemical reaction in which fuel and oxygen react chemically, producing heat and light. In combustion science, researchers analyze and study phenomena such as heat release, mass, energy, emissions of pollutants, and ash generation that occur during combustion. To do so, they utilize theories and techniques from various disciplines such as chemistry, physics, thermodynamics, fluid mechanics, and chemical engineering. The applications of combustion science include power generation, automotive engines, aerospace industries, industrial gas processing, chemical processes, and more. Moreover, research based on combustion science is also utilized in solving various environmental problems such as fire prevention, atmospheric pollution control, and so on.

Deal types of explosions, dust explosion, gas explosion Quality, explosion dangerousness valuation and explosion disaster prevention technology

Chemical process basis constitution understanding of dangerosness matter, chemical plant safety valuation, chemical process safety and cause analysis, that necessity safety counterplan research.

Chemical plant use equipment equipment reactor, separation equipment, pulverization, precipitation, enrichment, impinger and mixing by principle understanding safety counterplan

Research on laboratory use every kind dangerous article and dangerous article transaction research, accompanying prevent accidents.

This course offers the understanding of professional knowledge about safety of mechanical, equipments, structure apparatus in concerned and if a principle of protection and prevention of mechanical disasters.

This course provides an opportunity to study for properties of mechanical materials that are the most fundamental elements in assesment for evaluation if mechanical system.

As there are many defects in mechanical system design, this course is designed to develop knowledge of evaluation method about safety of mechanical structures for these defects.

As a checking the crack should be done previously to evaluate safety of mechanical structures, this lecture aims to introduce a method of non-destructive inspection as a way of the checking the crack.

This course will introduce the theory of elasticity for understanding deformation behaviors of mechanical structures.

As there are many test ways for safety assesment of mechanical material, this course offers the knowledge of the various assesment.

One of reliability-based analysis tools that deals with the study of reliability: the ability of a system or component to perform its required functions under given conditions for a specified period of time. It is often reported as a probability.

Macromolecular concepts; molecular weight characterization; solubility parameters; phase diagrams; viscoelasticity; rheology; thermal behavior; damage phenomena, morphology; crystallization; liquid crystallinity; nanocomposites.

Introduction to basic experimental skills relating to failure analysis. Experiments to be performed include density measurement, contact angle measurement, rubber swelling index, FT-IR, tensile text, TGA, and DSC.

Supervised work in an area closely related to the specialized fusion field of study or project undertaken by a Master of Engineering candidate

This course aims to understand deeply the types and causes of safety issues on temporary structure construction, earthwork, reinforced concrete construction, steel construction.

This course aims to understand and evaluate of the principle of safety inspection using various technologies such as destructive or non-destructive methods.

This course aims to analyze the types and properties of construction materials and to evaluate the structural design/construction process when applied.

Understand the new knowledge and technique that can perceive, prevent and control the hazard factor and risk of system using scientific and engineering methodologies.

This course is a seminar-style class on finding research topics, reviewing literature, and discussing research methodology for writing master's thesis.

This course is a seminar-style class on finding research topics, reviewing the literature, and discussing research methodology for writing master's thesis in the field of construction safety.

This course lectures on building components, fire patterns and disaster prevention measures, and comprehensive facility systems for building disaster prevention plans for the purpose of building safety.

This course, in case of a fire in a building, learn computer simulation techniques to predict the evacuation process and required time, and learn how to apply them to the process of establishing fire prevention and evacuation plans.

This course learns about the classification, types, optimal management methods, and resource recycling methods of construction waste.

This course covers non-destructive evaluation and signal analysis methods for structural health monitoring.

This course covers the latest research cases of monitoring and maintenance techniques for disaster prevention of construction sites and structures.

This course addresses monitoring and maintenance techniques for disaster prevention of construction sites and structures.

This course covers smart sensors and data acquisition systems for safety diagnosis in construction.

This course will introduce ways how to measure, diagnose of mechanical safety of mechanism and predict about the safe life in theory.

This course provides an opportunity for students to make an analysis for cases of safety diagnosis and to carry out diagnosis of on-site safety, as an advanced course of Mechanical safety diagnose engineering I.

This course aims to improve knowledge about common welding method.

As most mechanical structures are related to fatigue phenomenon, this course will introduce the fatigue analysis in order to understand about basic knowledge of the fatigue analysis by stress-life, strain-life approach and fracture mechanisms.

An usual secure management of the structure is very important to prevent accidents from destroying. Non-destructive inspection is used for usual regular inspection of equipment, especially non-destructive inspection by ultrasonic is commonly used as it is an accurate defect measurement and harmless to human body. This course is designed to give a lecture on a basic and professional knowledge of ultrasonic test in theory, and offer students a chance to practice and diagnose safety in real world.

As Fracture and failure control engineering could contribute to productivity improvement, this lecture focuses on Fracture and failure control system design and practice. Firstly, it is the aims to introduce modeling and analysis methods about the basic fracture and failure control system.

Consititution reactor and distillation column many unit operation equipment by chemical process. Appraisal to the engineering of unit operation equipment chemical process basis consititution and need safety counterplan.

Each place of business or room generate chemical substances characteristics examination and safety counterplan examination of dangerous materials.

Safety engineering understanding of dangerous materials and scrapped material encironment problem origination materials.

Chemical plant need response, composition, disassembly, separation, heating, distillation, adhesion every kind chemical treatment. Understanding origination dangerousness and safety counterplan by chemistry equipment use transact

Examination Check characteristic and safety of every kind harmfulness matter.

Engineering as such valuation in actuality deal with every kind room generate harmfulness gas.

Examination fire quality and explosion influence, valuation fire and explosion a way prevention.

Environmental fall on control and prevention, matter development by every kind harmfulness matter.

Study on the risk assessment technology using system hazard analysis and system safety analysis methods.

Application of mechanics concepts to nano-scale behavior of materials. Review of continuum mechanics; Extensions to generalized continua; Nano-scale plasticity. Molecular dynamics with introductions to quantum mechanics and statistical mechanics.

Case study and analysis about applications of reliability engineering for on-the-spot safety.

Case study and development of countermeasure for failure analyses performed in on-the-spot.

Case study and development of countermeasure for failure analyses performed in on-the-spot.

Mechanisms and models related to damage and failure in materials subjected to physical, thermal and chemical loadings.

Based on understand the earthworks, foundation work, construction structures, reinforced concrete construction, steel construction, construction equipment, this course aims to learn the advanced technology of construction method.

This curse aims to understand the properties of construction durability and compare the pros and cons of each method. Comparison of domestic and foreign standard of durability will be included.

This curse aims to understand the properties of construction durability and compare the pros and cons of each method. Comparison of domestic and foreign standard of durability will be included.

Based on principle of temporary structure design, this course aims to conduct the actual temporary structure design and analysis.

This course aims to understand the properties of construction vibration and to learn the principle of structure vibration.

This course is a seminar-style class on finding research topics, reviewing literature, and discussing research methodology for writing PhD's thesis.

Development of an efficient engineering management ability by studying safety management planning, application and analysis with advanced management methods

This course aims to understand the properties of materials and design methods of reinforced concrete and to analyze the characteristics on structural design on reinforced concrete

This course is a seminar-style class on finding research topics, reviewing the literature, and discussing research methodology for writing Ph.D. thesis in the field of construction safety.

Topics for development of scientific writing, research methods, outlines, paper organization, journal selection, strategies to build a productive personal writing culture, effective communication, critical reviews and submission.

Presentation and discussion for the recent research results conducts on safety engineering. ※ 학생연구, 세미나