DSpace Repository

DSpace is a digital service that collects, preserves, and distributes digital material. Repositories are important tools for preserving an organization's legacy; they facilitate digital preservation and scholarly communication.

Communities in DSpace

Select a community to browse its collections.

Recently Added

  • 家庭伦理与法律变迁：20世纪初直隶夫妻殴杀命案 
    Dong Jiabei (중국사학회, 2026-01)
    清季十年（1901—1911），是新旧交替的时代，社会思想、风俗习惯以及法律制度，都遭遇了传统与变革的交锋。本文以北洋大臣兼直隶总督袁世凯的奏折等档案史料为中心，对20世纪初发生在直隶地区的夫妻殴杀至死命案进行考察，阐释此类服制命案所凸显的清代下层社会的两性关系、婚姻秩序，女性在夫家和母家的角色、地位与能动性，以及夫权在该等级家庭中的弱化等问题；探析在晚清社会转型，清代法制向现代化转型的历史背景之下，法律变迁对该类案件产生的诸多作用和影响。
  • iX-Det: An intelligent X-ray threat detection network for security inspection 
    Cheng Qianxiang; Lan Ting; Cai Zhanchuan; Li Jiayao (Society for Computational Design and Engineering, 2026-01)
    Automated threat detection in transported goods using X-ray screening plays a critical role in ensuring the safety and efficiency of modern transportation systems, including highway checkpoints, ports, and airports. Manual ...
  • A GPU optimization strategy in nonlinear explicit dynamic analysis for reinforced concrete buildings with composite elements 
    Liu Lanqi; Chen Yongqiang; Wang Xianlei; Su Zhongliang; Chen Pu (Society for Computational Design and Engineering, 2026-01)
    The explicit integration for nonlinear structural dynamics in finite element analysis (FEA) is inherently decoupled in its algebraic equations, making it well-suited for parallel computation. This paper presents a novel ...
  • Framework for state features design in job shop scheduling with deep reinforcement learning: Beyond empirical approaches 
    Oh Seung Heon; Cho Young-in; Oh Hyunjin; Baek Jiwon; Han Seung Woo; Woo Jong Hun (Society for Computational Design and Engineering, 2026-01)
    This paper addresses a critical research gap in applying deep reinforcement learning to job shop scheduling problems by focusing on state feature design, which has been largely treated as an empirical matter. We present ...
  • Study of fluid-structure-contact interactions for ink transfer modelling in a contact-based printing system 
    Seddiq Mehdi; Taylor Phillip; Newton Leon; Sharp Martin; Seddighi Mehdi (Society for Computational Design and Engineering, 2026-01)
    Fluid–structure–contact interaction (FSCI) phenomena have been studied in recent years for only a limited range of applications, such as the interaction of air with multiple parachute canopies and blood flow through heart ...

View more