• 한국언어정보학회지:언어와정보
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• 제12권2호
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• pp.49-75
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• 2008

English absolutes and free adjuncts, despite their abridged syntactic forms, function as full subordinating adverbial clauses, with their semantic roles varied according to the interpretation of the matrix clauses. This paper investigates how to represent the syntactic structures and semantic variability of absolutes and free adjuncts in a unified way, accounting for overlapping properties among various subtypes of the constructions on the one hand, and differences on the other. In the proposed analysis, the clausal properties of absolutes and free adjuncts are captured by the subject selecting property and the clausal meaning associated with a predicative phrase, thus not calling for a null verb or complementizer. In classifying and defining diverse subtypes of the constructions via type constraints, the present work also provides an account of different uses of with involved in absolutes and free adjuncts.

• Structural Engineering and Mechanics
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• 제86권4호
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• pp.503-518
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• 2023

In tall constructions, the outriggers are regarded as a structural part capable of effectively resisting lateral loads. This study analyses the efficacy of hybrid outrigger system in high rise RCC building for various structural parameters identified. For variations in α, which is defined as the ratio of the relative flexural stiffness of the core to the axial rigidity of the column, static and dynamic analyses of hybrid outrigger system having a virtual and a conventional outrigger at two distinct levels were conducted in the present study. An investigation on the optimal outrigger position was performed by taking the results from absolute maximum inter storey drift ratio (ISD_max), roof acceleration (acc_roof), roof displacement (disp_roof), and base bending moment under both wind and seismic loads on analytical models having 40, 60 and 80 storeys. An ideal performance index parameter was introduced and was utilized to obtain the optimal position of the hybrid outrigger system considering the combined response of ISD_max, acc_roof, disp_roof and, criteria required for the structure under wind and seismic loads. According to the behavioural study, increasing the column area and outrigger arm length will maximise the performance of the hybrid outrigger system. The analysis results are summarized in a flowchart which provides the optimal positions obtained for each dependent parameter and based on ideal performance index which can be used to make initial suggestions for installing a hybrid outrigger system.

• 한국건축시공학회지
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• 제7권1호
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• pp.115-121
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• 2007

Ordinary concrete uses aggregate sufficiently soaked with water, and is weighed, mixed with other materials and placed in accord with performances required in the construction field. Recently special concrete with high fluidity and durability is required but it is difficult to use top-quality concrete due to lack of high-quality aggregate, delayed transportation because of traffic jam, etc. In addition, sometimes the use of a remicon is inevitable just for small-sized concrete constructions or it is difficult for a remicon to reach remote construction places such as mountainous areas. To solve these problems, this study attempted to pack concrete materials. In other words, it is to instantize concrete. This study dried aggregate, a material of concrete, and compared the change of absorption phase of the aggregate in water and in paste in order to examine the effect of the dryness of aggregate on its absorption rate and, based on the absorption rate, decided water addition ratio necessary for the reduction of unit quantity caused by the use of dry aggregate in designing concrete mixture, and analyzed the properties of unhardened concrete according to water addition ratio in manufacturing concrete using aggregate in the state of absolute dryness and in the state of surface dryness.

• 한국산림과학회지
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• 제61권1호
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• pp.69-79
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• 1983

도로(道路)비탈면 처리효과(處理效果)를 증진확보(增進確保)하기 위하여 도로(道路)비탈면의 안정(安定)과 경관조성(景觀造成)에 관(關)한 기본(基本)모델을 설정(設定)하고자 수도권지역(首都圈地域)에 위치(位置)한 100개소(個所)의 도로(道路)비탈면 시공지(施工地)에 대(對)한 조사(調査)를 수행(遂行)한 결과(結果), 일반적(一般的)으로 도로(道路)비탈면 본래의 물리적(物理的) 특성(特性)에 적합(適合)한 시공처리(施工處理)가 실행(實行)되지 못하여 훼손(毁損)비탈면의 경관안정(景觀安定) 목표(目標)가 달성(達成)되지 못하고, 또 유지관리기술(維持管理技術)의 미비(未備) 등으로 조기(早期)에 식생(植生)의 쇠퇴고사현상(衰退枯死現象) 및 경관재손상현상(景觀再損傷現象) 등이 많이 발생(發生)되고 있다. 이 연구(硏究)의 수행(遂行) 결과(結果)로 설정(設定)된 도로(道路)비탈면 처리(處理)에 관(關)한 6가지 기본(基本)모델은 삼림경관조화형(森林景觀調和型), 도로경관조성형(道路景觀造成型), 훼손지녹화형(毁損地綠化型), 암벽면녹화형(岩壁面綠化型), 절대안정형(絶對安定型) 그리고 환경식수대조성형(環境植樹帶造成型) 등이다. 이 기본(基本)모델은 장차 우리나라에서 도로(道路)비탈면 처리(處理)에 관(關)한 기본(基本)모델 제정(制定)에 기초자료(基礎資料)가 될 것이다.