درخت حوزه‌های تخصصی

Iran is one of the most hazard-prone and vulnerable countries to disasters, with recurrent earthquakes causing severe human and economic losses. Yet, recovery has often been shaped by emergency-driven decisions, inadequate documentation, and weak institutional memory. The 1990 Rudbar-Manjil earthquake, the first major disaster to occur after the Islamic Revolution, marked a turning point in disaster management and reconstruction history. While significant, most existing studies have centered on official perspectives, overlooking the lived experiences of affected populations and practitioners. This study addresses that gap by revisiting the earthquake through oral history to preserve intangible heritage and extract lessons for future recovery. Using a qualitative approach, 63 semi-structured interviews were conducted with officials, decision-makers, and residents between July 2021 and February 2022. Purposive and snowball sampling were used to identify participants until data saturation was achieved. Transcriptions were systematically coded and thematically analyzed. This process produced a multi-perspective narrative of recovery, revealing both achievements and enduring challenges across institutional, social, and community dimensions. The Rudbar–Manjil case shows that durable disaster recovery depends on preparedness, effective governance, and community engagement. Preparedness requires pre-disaster frameworks and a process-oriented approach linking response and recovery. Strong governance relies on streamlined, transparent institutions, inter-agency coordination, and systematic information management. Embedding risk reduction throughout recovery ensures sustainability. Ultimately, community involvement is crucial: striking a balance between local participation and technical oversight enhances legitimacy and resilience. Addressing technical, institutional, and social dimensions together creates more effective and enduring recovery outcomes.

Le Corbusier's Domino system, introduced in the early 20th century, marked a turning point in modern architecture by proposing a modular framework based on slender columns and reinforced concrete slabs. This structural innovation facilitated standardization, industrialization, and rapid construction, influencing landmark projects such as Villa Savoye and the Pessac housing complex, as well as later mass housing developments. Despite these advantages, limited research has critically examined the relevance of the Domino system in light of contemporary architectural and environmental standards. This study aims to evaluate the strengths and limitations of the Domino system within its historical context while exploring its potential adaptability to present-day needs. The research employs a descriptive approach to explain the system's conceptual features, an analytical approach to assess selected case studies, and a comparative approach to measure its performance against current architectural criteria. Data sources include scholarly literature, visual and graphical documentation, and environmental records, enabling both historical and technical analysis. Findings reveal that the Domino system significantly contributed to the rationalization of building processes and provided a foundation for prefabrication and modular construction. However, its emphasis on structural regularity often resulted in spatial monotony and insufficient responsiveness to cultural, climatic, and ecological factors. The study highlights the importance of integrating adaptive strategies, sustainable materials, and advanced technologies. Contemporary tools such as Building Information Modeling (BIM), parametric design, and modular prefabrication can reinterpret the Domino framework, ensuring flexibility, contextual sensitivity, and ecological performance. By bridging historical innovation with modern requirements, the Domino system demonstrates enduring relevance when reimagined through contemporary architectural practices.