MOTIF ORANG TUA MENYEKOLAHKAN ANAKNYA DI SSB GEN-B

The football school is a means of fostering youth football. In this research, the object of this research is SSB Gen-B in Mojokerto City. SSB Gen-B has its own charm for parents who want to send their children to SSB, because the people of Mojokerto and its surroundings have succeeded in producing talented football players who are now members of Indonesian professional clubs. Although SSB Gen-B is expensive, it is not a problem for parents to support their child's talent and interest in football. The purpose of this study was to identify the background and goals to be achieved by the research subjects in sending their children to SSB Gen-B. The method in this study is a qualitative research using Alfred Schutz's phenomenological approach. Alfred Schutz's phenomenology is used to study the because motive and in order to motive of the informants who are parents of SSB Gen-B students. The results of the study are because the informant sends his children to SSB Gen-B because the child is influenced by the association in the surrounding environment, the habits of parents related to football, the child is motivated by his friends, the coercion of parents, and the qualityof SSB Gen-B which already proven. Of course, every action of a person has a predetermined purpose. Their in order to motive in sending their children to SSB Gen-B wants the child to become a professional soccer player, teach discipline, introduce the child to a new environment, and maintain the child's physical fitness.Keywords : Gen-B Soccer School, Parents, Social Motiv

Finite element procedure to simulate sandwich structure with an auxetic core under impact loading using ABAQUS/Explicit

<p>A sandwich structure with an auxetic core is promising in improving the performance of a sandwich structure by implying an auxetic core as its core to combine the advantages of the two structures, e.g., sandwich structure's superior ability in flexural and shear resistance, auxetic structure in localizing damage, and densification phenomena. This paper discusses a finite element modeling procedure to simulate a sandwich structure with a heterogeneous re-entrant auxetic core. The material of the face is a unidirectional carbon fiber reinforced polymer (UD CFRP) and the core is polylactic acid (PLA). The model is subjected to a low-velocity impact loading and is run through the ABAQUS/Explicit software. We found that the model we developed here could simulate up to the elastic region and identify which element had failed. However, it could not fully resemble and represent the model from reference, where fracture or damage does not occur. This model can be further improved in its material modeling strategy, especially in the fracture modeling of the composite face with compatible material properties in all required sectors, especially damaged sections, which are strictly necessary.</p&gt