Psychology Department, Payam Noor University, Tehran, Iran , e_babaei@pnu.ac.ir
Abstract: (5756 Views)
Introduction: One of the achievements of family developments is conflicts in relations between couples. The results of conflicts are loosening marital relations and followed by the increasing rate of divorce.This study aimed to predict marital conflict on the basis of sexual scheama, sexual function and sexual satisfaction among women involved in domestic violence referred to the legal medical center in Sari city. Methods: This research is descriptive correlational.Statistical population included all laydies referred to Legal Medicine Organization in the first half of 2016, respectively.For this purpose, the 95 samples were selected through random method. In order to collect data, . Four questionnaires consist of, marital conflict; sexual stereotypes, sexual satisfaction and sexual function were administered. Data analysis was performed through Pearson’s correlation coefficient and regression analysis by SPSS21. Results: The findings showed that there was a significant negative relationship between sexual schemas and marital conflicts (p <0.05), sexual function with marital conflicts Significant reverse relationship (p <0.05), and sexual satisfaction with marital conflicts of women involved in domestic violence had a significant negative relationship (p <0. 0). Conclusion: It can be concluded that with the increase in sexual performance, sexual schema and sexual satisfaction, the level of marital conflicts decreases. Therefore, considering the importance of positive sex schemata, high sexual performance, and high sexual satisfaction in predicting marital conflicts, the need for attention to informing women about the knowledge of positive sex scenes, sexual performance, and sexual satisfaction is necessary.
Babaie E. Prediction of marital conflicts of women invove in domestic violence based on sexual schemas, sexual function and sexual satisfaction. IJPN 2018; 6 (5) :16-24 URL: http://ijpn.ir/article-1-1062-en.html