This experimental study evaluates of seismic performance on strain-hardening cement-based composite (SHCC). The objective of this study is to evaluate of seismic capacity reduction factor on two sides confined SHCC infill walls. The experimental results as cseismic capacity reduction factor are not significantly different.

In the present study, space allocation methods of pollutant emission from area and mobile sources are assessed by the actual application to air quality modeling of Pohang area. It is found that the TM-based modeling which allocates emission onto the 1km x 1km sized TM-grid system predicts almost the same mean ground-level concentration as that by the GIS-based modeling which uses geographical information of area and mobile sources directly, while maximum ground-level concentration by the TM-based modeling is predicted considerably lower than that by the GIS-based modeling. Moreover, the problem is found that the TM-based modeling causes deviation of mobile roads. In conclusion, it is anticipated to applying GIS-based modeling for a more accurate assessment of air quality in local scale.

산지삼포에서 면삼율과 결근율을 조사하여 토양의 화학성과 단순상관 관계를 보았다. 면삼율은 근령에 관계가 없었고 결근율과 정상관을 보이는 경우가 많았다. 면삼율은 토양의 유효인산함량 및 인산일수분비와 유의정상관을 보였다. 결근율은 토양 수분 및 Ca과 유의부상관, 인산일수분비와 유의정상관을 보였다. 이상의 결과는 면삼과 결근의 공통요인으로 토양인산의 과다와 토양수분의 부족임을 시사한다.