• Title/Summary/Keyword: Paper Craft Art Activity

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A Study on the Effects of a Bibliotherapy Program on the Stress Recognition and Reactions of Middle School Students: With a Focus on Picture Books and Paper Craft Art Activities (독서치료 프로그램이 중학생의 스트레스 인지와 반응에 미치는 영향에 관한 연구 - 그림책 조형활동을 중심으로 -)

  • Ryu, Ji-Seon;Cho, Miah
    • Journal of the Korean BIBLIA Society for library and Information Science
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    • v.25 no.4
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    • pp.129-146
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    • 2014
  • This study aims to present the effects that a bibliotherapy program based on picture books and paper craft art activities had on middle school students' stress recognition and the changes in their reactions. To this end, we adopted an experimental research design model with pre/post-test measurements of stress recognition and reactions using first grade middle school students with emotional difficulties. The results show that a bibliotherapy program based on picture books and paper craft art activities does have significant effects on the stress recognition and reactions of middle school students. The 5 of 5 sub-domains of the stress recognition had significant difference. The sub-domains are: family environment, friends, study, teacher/school. The 6 of 7 sub-domains of the stress reactions except fatigue had significant difference. The sub-domains are: tention, frustration, anger, depression, somatization, aggression.

A virtual shaker testing experience: Modeling, computational methodology and preliminary results

  • Nali, Pietro;Bettacchioli, Alain;Landi, Guglielmo;Gnoffo, Marco
    • Advances in aircraft and spacecraft science
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    • v.5 no.2
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    • pp.251-258
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    • 2018
  • This work illustrates the progress of a TAS activity at exploring the challenges and the benefits of the Virtual Shaker Testing (VST) approach. The definition and the validation of new computational methodologies with respect to the state of the art were encouraged throughout this activity. The shaker Finite Element (FE) model in lateral configuration was built for the purpose and it was merged with the SpaceCraft (S/C) FE model, together with the S/C-Shaker adapter. FE matrices were reduced through the Craig-Bampton method. The VST transient analysis was performed in MATLAB(R) numerical computing environment. The closed-loop vibration control is accounted for and the solution is obtained through the fourth-order Runge Kutta method. The use of pre-existing built-in functions was limited by authors with the aim of tracing the impact of all the problems' parameters in the solution. Assumptions and limitations of the proposed methodology are detailed throughout this paper. Some preliminary results pertaining to the current progress of the activity are thus illustrated before the conclusions.