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KMUTT Annual Research Abstracts 2005<br />
but it mobilizes along the outer surface which<br />
causes the foundation to reach the failure<br />
condition. In this paper, a macro-element model<br />
is described for the behaviour of seismic<br />
foundation of block walls without backfills. The<br />
proposed analyses formulate the wall-foundation<br />
interaction model for cohesionless soils as<br />
macro-element problems and then explore<br />
dynamic response using a numerical time<br />
integration method. The paper includes three<br />
substantial developments: 1) representing the<br />
seismic response of rigid blocks to earthquake<br />
motions; 2) nonlinear interaction between the<br />
underlying soil and the foundation by using the<br />
criteria of cyclic plastic theory; and 3)<br />
implementation of numerical modelling to<br />
represent the seismic foundation of the gravity<br />
wall subjected to combined loads. The spectral<br />
acceleration will also be proposed here by<br />
varying the natural frequency. The response of<br />
both elastic-plastic and elastic material models<br />
will be discussed and compared in order to<br />
design the foundation resisted effectively<br />
earthquake motions.<br />
IC-195 IMPROVEMENT OF CATCHMENTS<br />
SCALE SYSTEM MODEL FOR ISHIKARI<br />
RIVER<br />
Sanit Wongsa, Yasuyuki Shimizu<br />
The 4 th IAHR Symposium on River, Coastal and<br />
Estuarine Morphodynamics (RCEM 2005),<br />
October 4-7, 2005, The University of Illinois,<br />
Urbana, Illinois, USA., pp. 1099-1106<br />
Risk assessment and water resources<br />
management are required to get a reliable<br />
estimation not only the sub-catchments scale<br />
during the rainfall events, but also the<br />
catchments scale with a few and/or no rain<br />
gauge station. A simple 1-dimensional model<br />
considering slope runoff and soil erosion,<br />
channel flow with sediment transport, floodplain<br />
sediment deposition and riverbank erosion is<br />
presented to assist in predicting the<br />
consequences of extension length and varied<br />
slope of channel, and land-use change. The<br />
extreme flood two events of Ishikari River,<br />
Japan were used to calibrate and validate the<br />
proposed numerical model. The ε and R 2 have<br />
been used as the main criteria to judge whether<br />
the data fitted between measured and simulated.<br />
It was found that these two values for calibration<br />
period were greater than 0.9, indicating well fit<br />
between measured data and this proposed model.<br />
143<br />
The simulated sediment loads were also<br />
comparable well with measured data. For the<br />
suspended load and bedload, they were<br />
increased to 10.0 % and 2.0 % judged by<br />
considering flood-plain sediment deposition and<br />
riverbank erosion. In addition, the proposed<br />
model was exploited to simulate different<br />
scenarios of land-use change, and artificial<br />
canalized problems. The results indicate that<br />
land-use change has no significant effect on<br />
flood peak in Ishikari River catchments. The<br />
decreasing/increasing of land cover coefficients<br />
flood peak changed between ±1.0 %. However,<br />
the eroded soil from hillslope was increased 5.0<br />
- 8.0 % when land cover coefficients were<br />
decreased. In contrast, artificial canalized has a<br />
significant impact on regional flood, but no<br />
significant effect on sediment yield of the study<br />
catchments. The magnitudes of the flood peak<br />
and sediment yields decreased.<br />
IC-196 QUALITY MANAGEMENT<br />
PRACTICES IN THAI MANUFACTURING<br />
AND SERVICE FIRMS<br />
Krisda Bisalyaputra, Komson Jirapattarasilp<br />
The 10 th International Conference on ISO 9000<br />
and TQM (10-ICIT), March 28-30, 2005,<br />
Shanghai, China, pp. 63-64<br />
The quality management composes of<br />
many elements. The application of quality<br />
manage can be used in various parts of<br />
organizations. The current practices of quality<br />
management also extend the application to<br />
service industry and gain the same level of<br />
benefits. The objective of the research is to study<br />
the characteristics of quality management and<br />
their application in manufacturing service<br />
comparing to healthcare service. The study focus<br />
electrical and electronics firms represent<br />
manufacturing industry in Thailand. The result<br />
from Healthcare organization represents the<br />
service industry. The manufacturing industry<br />
apply quality manage mostly in area of process<br />
control, data analysis. On the other hand, the<br />
service industry is found to employ quality<br />
management in area of policy and planning,<br />
quality management, human development,<br />
training, and team working.<br />
IC-197 EFFECT OF ATLERNATIVE<br />
TRAINING STRATEGIES ON AIRCRAFT<br />
INSPECTION PERFORMANCE<br />
Sitichai Kaewkuekool, Santirat Nansa-arng,<br />
International Conference