No.
Technique
1
Analysis and Design of Hydraulic Gates Made by Reinforced
Concrete
Hydraulic gates are used to drain or retain water in hydraulic
structures. They are usually made by steel materials, such as cast
iron and stainless steel, etc. Nowadays, the price of steel is high.
Therefore, the hydraulic gates made by steel materials are
sometimes
stolen.
Concrete
materials
are
inexpensive
in
comparison with steel and have the advantages of high
Specification
compression strength and high durability. Fiber reinforced concrete
is a composite material made of concrete and short discrete fibers
which are uniformly distributed and randomly oriented. Fibers are
used in concrete to control cracking due to plastic and drying
shrinkage. Thus, permeability of concrete can be reduced. In
addition to tensile and shear strength, fibers also produce greater
impact, abrasion and shatter resistance in concrete.
Illustration
Holder / Dep. Yu-Yuan Lin / Civil and Water Resources Engineering
Tel. / E-Mail +886-5-2717714 / yylin@mail.ncyu.edu.tw
No.
Technique
2
Construction automation consultation services
Automation is considered as an effective means that may
reduce labor requirement and improve construction productivity. To
assist construction management in making better decision for
levels, degrees, and procedures of automation in their projects. The
process of these construction consultation services includes a site
Specification
visit, discussions between site personnel and experts, a diagnostic
report, method improvement schemes, and follow up reports.
According to different characteristics of each project, experts from
industrial as well as academia will be invited in the process of
consultation. In order to further diffuse of construction automation
experiences, the consultation service case reports will be used for
promotion purposes under the consent of relative bodies.
Holder / Dep. C. H. Wu / Civil and Water Resources Engineering
Tel. / E-Mail +886-5-2717715 / shyen@mail.ncyu.edu.tw
No.
Technique
3
Value Engineering in Construction Industry Research and Analysis
Value Engineering (Value Engineering; VE) is a systematic
technical management tools, the use of a systematic analysis of the
program to find and remove unnecessary costs. Its collection of
relevant experts to conduct research team analyzed the subject of
work, focusing on products or plans of "function" and its
corresponding relationship between "value", and " Life Cycle Cost"
to consider the cost of the product or program, the emphasis on
creative thinking in order to solve the problem.
US General Electric engineer, Mr. Miles is proposed to reduce
procurement costs management improvement program value
analysis in 1947. 1950 is first applied to the US Navy's shipbuilding
plan, then gradually be extended applications to other US
industries. 1988 Taipei MRT Bureau Quality Assurance Centre was
established to handle the select value engineering course Value
Specification
engineering-related business for the first time Taiwan's large-scale
public works of value engineering units. And promulgated in 1992
between the implementation of the "MRT Taipei City Government
Engineering Bureau of value engineering incentive clause" to
encourage the contractor offered to value engineering change
recommendations, as adopted by the owners to share 50% of the
net savings amount. According to the Government Procurement
Law Article 35 authorities allow firms to tender documents tenderers
propose alternatives to the bid deadline before the deadline. Value
engineering for the proposed alternatives to meet than the
maximum value of the cost function, which has a variety of theories
and research analysis step, in which information, ideas, judgments,
develop and recommend five-stage analysis methods and
procedures most widely use.
Holder / Dep. C. H. Wu / Civil and Water Resources Engineering
Tel. / E-Mail +886-5-2717715 / shyen@mail.ncyu.edu.tw
No.
Technique
Specification
4
Risk Management in Construction Project
Due to the characteristics of the operating environment of the
construction engineering, as most outdoor construction. By
uncertainties affecting weather, geology and other natural
conditions, changes in the construction of the man-machine
materials, as well as policy, so that construction works of the more
full of uncertainties and risks. In view of this, the concept of risk
management and analytical skills have significant value to the
project's management. With a well how risk management
techniques in order to achieve management objectives of the
construction engineering: quality, budget, schedule, environmental,
safety and other requirements to achieve contract, is the
construction industry has become the focus of management.
Through risk management techniques can reduce engineering risk
due to the impact of the degree of probability of occurrence.
The use of risk management techniques is becoming the
global trend, however, to create the industry's general lack of
domestic general risk management philosophy. Risk management
procedures and means of construction engineering risk
management system designed to analyze the scientific method, find
and analyze engineering cost risk, the likelihood of the occurrence
of the risks, and benefits of countermeasures processing, feed in
order to seek a viable execution policy.
Holder / Dep. C. H. Wu / Civil and Water Resources Engineering
Tel. / E-Mail +886-5-2717715 / shyen@mail.ncyu.edu.tw
No.
Technique
Specification
5
Construction materials testing and technical consulting services
In line with the national economic development, the establishment
of hydraulic and material testing ground, and implement projects to
improve the quality and management standards. The laboratory
equipment materials, soil mechanics laboratory, hydraulic laboratory,
water quality analysis room, education and training classrooms, universal
testing machine, concrete compression testing machines, drilling
machines, asphalt content analysis from the machine, triaxial
compression tester, without confining compression tester, compaction
tester, direct shear test, atomic absorption spectrometer, photoelectric
colorimeter, gas chromatography instrument, a large hydraulic test sinks.
Provided: 1. The Department of Civil and Architectural Engineering,
Materials Testing commissioned service, 2.each public and private
institutions and individuals, such as the engineering and technical
consulting services related issues, 3. assist in research and development
of experimental work, 4 assist laboratory accreditation. system (TAF)
certification, and accept TAF certification and test all of the work, 5.assist
education and training of test personnel,6.seminar held by the relevant
engineering technology, and 7.quality education and training programs to
handle the project.
Illustration
Holder / Dep.
Tel. / E-Mail
Yu-Yuan Linand & Chen-Hsien Wu/ Civil and Water Resources
Engineering
+886-5-2717714 / yylin@mail.ncyu.edu.tw