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이재섭,황하연,백경민,장우석,Lee, Jae-Seob,Hwang, Ha-Yeon,Baek, Kyung-min,Jang, Woo-Seok 대한중풍순환신경학회 2012 대한중풍.순환신경학회지 Vol.13 No.1
Object : The Purpose of this study is to report the clinical application of Korean traditional medicine on gait disturbance with arteriosclerosis of lower limbs. Methods : The patient in this case had been already treated by anticoagulation and varicose vein operation for subsiding and improving intermittent claduication and rest pain, but these methods didn't work on the patient. Although the patient was classified as TASC-II D, bypass operation couldn't be treated because of heart disease of the patient. We treated Korean traditional medicine such as acupuncture, moxibustion, Danggwisaeyeoktang. Results : After treatment, peak walking time was increased, rest pain occurrence was decreased and going up and down the stairs was improved. Conclusions : According to this study, Korean traditional medicine such as acupuncture, moxibustion, Danggwisaeyeoktang is effective for the cure of intermittent claudication and rest pain caused by arteriosclerosis of lower limbs.
이재섭 대한건축학회 2007 大韓建築學會論文集 : 構造系 Vol.23 No.8
Lost productivity or loss of productivity is one of the most important causes of construction delays. Thus in analyzing the delay, care should be taken if there is any productivity change. There are various methods offered in construction literature that are considered acceptable for determining the schedule impact resulting from project delays and disruptions. Nevertheless, they do not consider the productivity change over the delayed duration. This may cause a serious dispute to determine who is responsible for the delay, especially for the accumulated delay. As such there is a need to carefully consider the delay components of a claim and how such may need to vary to incorporate those complicating factors like lost productivity. This paper proposes the "accumulated delay analysis method (ADAM)" that can analyze the schedule delay and the concurrent delay by lost productivity using Linear Schedule in construction projects.