Architecture Commons^™

Physiological And Neurological Impact Of Biophilic Design In Architectural Design Studios: A Case Study Of King Salman International University, Islam Ashraf Mohamed, Alaa El-Eishy, Marwa A. Soliman

Mansoura Engineering Journal

Biophilic design integrates nature into architecture to enrich sensory and cognitive experiences, enhance psychological well-being, and improve performance. This study explores its physiological and neural effects in design studios at King Salman International University through an experimental methodology combining theoretical review and lab-based investigation. Tools included electrocardiography (ECG) for heart rate variability (HRV), eye-tracking for visual attention, and the Self-Assessment Manikin (SAM) for emotional evaluation. Nine participants viewed five digital architectural scenes with varying biophilic integration. Direct nature connections elicited greater visual attention, pleasure, and perceived control, indicating higher engagement and relaxation.  A scene lacking biophilic elements led to reduced …

Population Satisfaction Indicators Of The Quality-Of-Life Standards During The Work Trip (A Case Study Of The Cities Of Minia And New Minia), Shimaa Mohammed Hamdy Derbala, Amna Waz Amgad Ali

Mansoura Engineering Journal

The research examined the indicators of population satisfaction with the quality of life during work trips in the cities of Minia and New Minia, in relation to the problem of low urban communication between the two cities and the continued dependence of debtors on each other to provide employment opportunities. The research examined previous studies linking the quality of life of work trips to the environmental, social and psychological aspects of the movement and economy, A questionnaire was designed for a sample of the population (388 individuals) to assess the residents' impression of the quality of life during their work …

Strategies For Sustainable And Inclusive Outdoor Wayfinding In Healthcare Facilities: An Approach To Enhance User Experience At Kafr Alsheikh University Hospital, Egypt, Rania Abd Allateef Ghanam, Ahmed Salah El-Deep

Mansoura Engineering Journal

Outdoor wayfinding plays a critical role in shaping user experience in healthcare environments, where inadequate navigation can heighten stress and hinder timely access to care. Despite the presence of wayfinding systems in many hospitals, outdoor navigation remains underexamined and inconsistently addressed in design guidelines. This study fills this gap by investigating architectural strategies to enhance outdoor wayfinding and reduce user stress. The research focuses on Kafrelsheikh University Hospital in Egypt and applies a twophase methodology: (1) a comprehensive literature review to identify current principles, guidelines, and best practices in outdoor wayfinding, and (2) an on-site case study to assess existing …

The Impact Of Integrating Social Benefit Requirements For Urban Green Infrastructure And Place Identity Attributes To Enhance The Sense Of Place - Case Study Of Central Park, Madinaty, New Cairo City, Egypt, Ibrahim Magdi Mohammed, Rehab Abdelfatah Abdel Aziz Mahmoud

Mansoura Engineering Journal

This research develops an integrated model that links the social benefit requirements of Urban Green Infrastructure (UGI) with the non-physical attributes of Place Identity (PI) to enhance the Sense of Place (SOP) in contemporary urban environments. The need for this integration arises from limitations in current planning frameworks, which often prioritize ecological performance while overlooking cultural, perceptual, and behavioral dimensions that shape user attachment and belonging. The study adopts an inductive and synthesis-based approach to identify key UGI indicators across environmental, social, economic, and spatial dimensions, alongside PI attributes related to places’ legibility, uniqueness, publicness and territoriality, place’s identification. To …

Enhancing Thermal Energy Storage Efficiency Using Optimized Concrete Materials: A Review, Ahmed Mohamed Abbass, Ahmed M. El-Khayatt, Khaled A. Eltawil

Mansoura Engineering Journal

The increasing global energy demand and the environmental impact of fossil fuels necessitate the development of sustainable energy solutions. Solar energy is a promising alternative, but its intermittency and inefficiency limit its widespread adoption. This study explores the role of advanced concrete-based thermal energy storage systems in addressing these challenges. Key aspects examined include packing density optimization, high-temperature performance, and hydrothermal durability of concrete. The research highlights the importance of granulometric optimization, binder selection, and hydration mechanisms in enhancing concrete properties. Additionally, the effects of heat exposure on concrete durability, permeability, and mechanical strength are analyzed, with a focus on …

Optimized Thermal Management Of Cylindrical Lithium-Ion Batteries Using Circular Fins And Forced Air-Cooling, Mohamed M. Donia, Ahmed A. Hegazi, Mohamed A. Aziz, Osama Abdelrehim

Mansoura Engineering Journal

The Battery Thermal Management System (BTMS) is vital for maintaining the optimal performance, safety, and longevity of electric vehicle batteries by keeping their temperature within a desired range. This study proposes an optimized cooling solution for BTMS based on both experimental and numerical investigations. Experimental tests were performed on a single battery cell under discharging rates of 1C, 2C, 3C, and 4C using an electronic load, with thermal performance evaluated under natural convection. Numerical models simulating both forced and natural convection were developed using ANSYS 19.3, and a combined Computational Fluid Dynamics (CFD) and Response Surface Methodology (RSM) approach was …

Verification Of Offline Signature Based On A Hybrid Dense-Attention-Residual-Cnn Structure Optimized By Grey Wolf Algorithm, Zeyad T. Salim, Mahmoud M. Saafan, Eman M. El-Gendy

Mansoura Engineering Journal

Signature verification is a necessary vision task with prevalent use in securing realworld applications. Offline signature is a popular type that needs to efficacious approach to be checked due to the depending on the paper time and the written tool. The progress in intelligent algorithms participates in supporting simple way authentication-based signatures. In this research work, an offline signature verification (OSV) based on an optimized and costumed convolutional neural network(CNN) infrastructure is suggested. The CNN is costumed by integrating residual, dense, and attention mechanisms, then optimized by applying a grey wolf optimization(GWO) algorithm. The system is trained and tested with …

The Politics Of Remembering: Reconfiguring The Diorama Of Monas As Augmented Living Document, Suprayitno Suprayitno, Zulfatun Sofiyani, Rahmi Rahmi

Proceedings from the Document Academy

This paper examines the Monas diorama as a central apparatus in Indonesia’s politics of remembering, whose narrative consolidation during the New Order rendered it a state-authored monument of national memory. Drawing on Foucault’s distinction between monument and document, Ferraris’s ontology of documentality, and Perret’s concept of document design as projective epistemology, the study reframes the diorama as a documentary assemblage shaped by inscription, power, and institutionalized forgetting. Through diachronic, synchronic, comparative, and experimental analyses, the paper diagnoses failures across the physical, social, and cognitive dimensions of Monas as a document, revealing narrative authoritarianism, representational rigidity, and the absence of plural …

Prediction Of Thyroid Disease Based On Machine Learning Algorithms, Tuqa Ahmed Elbillihy, Eman Abdelhalim, Mohamed Ashour, Hala B. Nafea

Mansoura Engineering Journal

Accurately diagnosing thyroid disease remains a challenge in medicine, necessitating the use of reliable computational techniques for early detection and categorization. Using a dataset of 3164 patient records, this study applies machine learning algorithms to create a computer-aided thyroid disease diagnosis system. The data set includes demographic information, clinical indicators, and thyroid function test results. To improve model performance, the study focuses on preprocessing approaches such as data cleaning, normalization, and feature selection. The use of feature engineering techniques to determine the most predictive characteristics associated with thyroid problems is highlighted. Five machine learning classifiers—Random Forest, K-Nearest Neighbors, Support Vector …

Seismic Behavior Of Slender Cable-Supported Braced Frame Structures, Aya Aboelnaga, Mohamed Mortagi, Mohamed E. El Madawy, A.H.A. Abdelrahman, M. Naguib

Mansoura Engineering Journal

This research investigates advanced strategies to enhance the seismic performance and global stability of slender steel frames by integrating cable-supported and braced systems. To address these challenges, the study develops finite element (FE) models of multi-story slender frames in SAP2000, incorporating both cable-supported configurations and diagonal bracing systems. Nonlinear time-history analyses are performed using selected earthquake ground motions to evaluate structural response, inter-story drift, and mode shape behavior. Results highlight the efficiency of cablesupported frames in controlling lateral displacements and redistributing forces, while also emphasizing the role of bracing in providing additional stiffness. The findings demonstrate that guided frames with …

A Proposed Vision To Activate Smart Urban Growth Concepts For The New Egyptian Cities, Nirman M. El-Sayed, Mamdouh A. Al-Minshawi

Mansoura Engineering Journal

Smart urban growth is the ideal solution to urban problems within the cities of the fourth generation in Egypt, and despite this, most of them depend on traditional urban thought without activating "Smart Urban Growth", which is known to maintain lands from deterioration and make societies suitable for living and providing the necessary services. The goal of research to set standards to activate smart urban growth as a thought that keeps pace with sustainable urban development and Egypt's 2030 vision, work to use the global smart cities approach and how they reach intelligence. While the research follows the "analytical" deductive …

Design And Economic Assessment Of A Sustainable Standalone Photovoltaic System For Hospital Lift Applications, Tasneem M. Abed, Saad S. Eskander, Mohamed A. Elsayes, Mohamed Zaki

Mansoura Engineering Journal

This study presents an optimized design and operation strategy for a stand-alone solar photovoltaic power system to drive a 4.5 kW elevator at Mansoura University Hospital, Egypt. The research aims to reduce the battery bank capacity and overall system cost while maximizing the utilization of solar panels. A novel "Optimum Operator System" is proposed, incorporating three power switches controlled by an Arduino microcontroller. The system's performance is analyzed through extensive modeling, simulation, and experimental validation. Results show a significant reduction in battery bank capacity, with 7 fewer 100 Ah batteries required compared to conventional systems. The proposed method significantly enhances …

Computational Investigation Of Cavitation Inception In Centrifugal Pumps, Mohamed Ibrahim Eldesouky, Asmaa Khater, Abdel-Rahim Dohina, Mohamed Rabie

Mansoura Engineering Journal

This study examines the effects of suction chamber baffle configurations on both hydraulic efficiency and cavitation characteristics in a low specific speed centrifugal pump. Four baffle configurations (zero, one, two, and three baffles) were tested at three different heights using refined computational fluid dynamics simulations. The Zwart-Gerber-Belamri cavitation model was enhanced by adjusting nucleation site radius and evaporation coefficient values to better align with previous research findings. Results revealed that the optimal baffle height is approximately one-third of the impeller suction eye radius, significantly improving cavitation resistance. Under non-cavitation conditions, all baffled configurations outperformed the no-baffle setup, with a single …

Enhancing Foam Concrete Performance: The Role Of Magnetized Water On Workability, Strength, And Microstructure Properties, Amr Elkazzaz, Mohamed M. Yousry Elshikh, Walid E. Elemam

Mansoura Engineering Journal

Conventional foam concrete suffers from low strength and heterogeneous pore structure due to its porous structure and incomplete hydration, limiting its structural applications. This study investigates the use of magnetized water (MW) as a mixing medium to enhance hydration efficiency and improve both fresh and hardened properties of foam concrete. Three density grades 620, 1300, and 1900 kg/m³, designated as Groups A, B, and C were prepared and tested. Compressive strength measurements indicated that MW enhanced performance across all densities. In Group A, 28-day strength increased slightly from 2.4 MPa with tap water (TW) to 2.8 MPa with MW. For …

Life-Cycle-Oriented Selection Framework For Solar Shading Devices In Hot–Arid Building Façades: From Traditional Precedents To Pv-Integrated Systems, Sameh Ahmed Qadry

Mansoura Engineering Journal

Abstract

This study proposes a life-cycle–oriented, computationally light framework for selecting solar shading devices in hot–arid building façades. While previous research has extensively analysed shading performance using detailed simulations, most studies focus on single systems or materials, rarely comparing traditional, modern, and PVintegrated solutions within a unified life-cycle and operation–maintenance perspective. The research addresses this gap by integrating three shading families—traditional local precedents (e.g. mashrabiya, rawshan), modern fixed and dynamic systems, and hybrid PV-integrated façades—into a comparative decision-support framework tailored to hot–arid climates. Methodologically, the study combines: (1) a structured descriptive–analytical literature review with analytical coding of key attributes (design …

Green Technology: A Systematic Review Of Ai And Iot Solutions For A Sustainable Future, Nesma Abd El-Mawla, Mohamed A. Berbar, Nawal A. El-Fishawy, Mohamed A. El-Rashidy, Mahmoud Badawy

Mansoura Engineering Journal

Green technology offers a solution to the pressing environmental crisis. It can change the structure and generation of waste so as not to harm the earth, and people can become environmentally friendly. To address complex environmental challenges like climate change and pollution, innovative Artificial Intelligence (A.I.) and Internet of Things (IoT) solutions are essential. These technologies can help optimize resource use, reduce waste, and promote sustainable development. However, it's crucial to balance economic growth, social equity, and environmental protection when implementing green technologies. This survey paper systematically examines the landscape of Green Technology, focusing on its pivotal components: Measures of …

Interiority And Resilience, Paramita Atmodiwirjo, Yandi Andri Yatmo

Interiority

The disciplines of interior architecture and interior design operate within a world characterised by constant changes. Projecting the future of the interior requires an understanding of how the discipline and practice can manoeuvre exquisitely within such complexities. It calls for design scholarship that promotes resilience as a key condition for responding to constant changes. The interior demonstrates resilience through its capacity to sustain culture, humanistic values, and local sociospatial practices, allowing it to navigate the dynamics of global flux. A call for interior resilience presents an opportunity for interior practices grounded in humanistic and cultural approaches to address uncertainties, instability, …

Solitary Interiority In Hong Kong Public Spaces, Xia Bi, Kin Wai Michael Siu, Rosina Yuan

Interiority

Hong Kong's dense urban environment, constrained housing, and relentless tempo of everyday life create a context in which solitude is both scarce and valued. This article develops the concept of solitary interiority to capture how moments of solitude in public space generate interiority as a relational condition through the interplay of bodies, atmospheres, and cultural norms. Drawing on ethnographic interviews and multisensory experiential reflection, the article demonstrates how solitary interiority arises from the blurring of boundaries between the domestic and the urban, the self and others, and the private and the public. Individuals extend certain home-like qualities into public spaces, …

Space Modification In One-Bedroom-Plus Units For Generation Y In Bangkok, Thanakorn Taraka

Interiority

This study examines space modification in one-bedroom-plus condominium units in Bangkok, focusing on the relationship between Generation Y’s characteristics and how they adapt interior layouts to suit their lifestyles. While previous research has addressed flexible housing in general, few studies have focused specifically on how Generation Y modifies space within condominium units to accommodate their needs in the Bangkok context. The study analysed 7,596 one-bedroom-plus units developed in Bangkok and modified by 44 architectural stakeholders to reflect Generation Y's preferences. Using function, partition, and floor indicators, and applying k-means cluster analysis, six spatial modification approaches were identified: open-space layouts, functional …

Neuroscience And Humanism In Norman Foster's Architecture, Francisco Javier Lahuerta Ferris, Bartolomé Serra Soriano

Interiority

The work of Norman Foster, often labelled as 'high-tech,' is renowned for its structural expressionism and technological rationalism. However, it is grounded in the conception of a unified whole in which science, technology, and the humanities are inseparable facets that shape both human beings and the spaces they design and inhabit. This article analyses the correlations between the new paradigms established by neuroscience and the design principles of Foster's architecture: the integral conception of reality, optimisation, and energy balance (homeostasis) as survival factors guiding decisions, and the role of perception, emotions, and feelings in the creation and evaluation of architectural …

Reading The Vernacular Interior: A Pattern Language For Reuse, Nusrat Kamal Ritu, Aslı Ciçek, Bie Plevoets

Interiority

Historic interiors are unique repositories of memory, yet conventional reuse practices often fail to grasp their cultural complexity, prioritising formal interventions over lived experience. Dominant strategy-based frameworks for reuse struggle to capture the incremental, user-led adaptations that define these lived interiors. This paper addresses these limitations through a case study of the community-led revival of Harat al-Aqr, Oman. Methodologically, it reframes Alexander et al.'s (1977) pattern language as an interpretive lens for analysing the incremental evolution and embedded cultural intelligence of lived interiors. The research synthesises subjective narrative writing with analytical patterns, revealing that the significance of such spaces lies …

Architecturally Be Kind: Exploring The Effect Of Prison Interiors On Autistic Inmates, Julie E. N. Irish, Gregory Galford

Interiority

How the interior environment affects autistic people has been studied in settings such as education and healthcare. However, significant work has not been done in evaluating the effect of prison interiors on autistic inmates who may be hypersensitive, especially to light and sound. The purpose of this study was to determine how autistic inmates cope in a noisy, crowded environment that is not designed for them and that they cannot control. This qualitative research used grounded theory to interview five autistic inmates at a medium-security state prison for men in the US to find out their lived experience in prison. …

Embodied Interiority In The Shishinden: Ritual Space, Political Symbolism, And Interior Experience In Japanese Imperial Architecture, İlknur Yüksel Schwamborn

Interiority

This study investigates the Shishinden, the principal ceremonial hall of the Kyoto Imperial Palace, as a site where spatial hierarchy, ritual movement, and material atmosphere converge to construct a unique form of interiority. Rather than treating the hall merely as a stylistic or historical artifact, the paper analyses how interior experience is actively produced through embodied ritual practices, symbolic spatial organisation, and sensory orchestration. By focusing on the interaction between architecture, politics, and cultural cosmology, the study demonstrates how the Shishinden functions as an affective interior that communicates imperial authority and sacred order. The findings contribute to contemporary interiority discourse …

Kajian Arsitektur Lumbung Padi, Lolo Gedang, Kerinci, Romario Lubis

Multikultura

Rice barns are agrarian vernacular architecture that reflects local knowledge, environmental adaptation, and the socio-cultural values of the supporting community. This study aims to examine the architectural characteristics of traditional rice barns in Lolo Gedang Village, Kerinci, through analysis of form, construction techniques, and cultural context. The method used is descriptive qualitative with inductive reasoning based on literature studies and analysis of the architectural elements of the barn as a cultural artifact. The results show that the Lolo Gedang rice barn is designed adaptively to highland climate conditions, especially in maintaining the quality of grain from humidity and pests, through …

Bentuk Dan Ciri Khas Masjid Pathok Negoro Dongkelan, Anggun Rizka Amini, R. Cecep Permana

Multikultura

Masjid Pathok Negoro Dongkelan is one of the kagungan dalem mosques belonging to the Yogyakarta Sultanate, constructed as part of the spiritual and administrative structure of the Kraton’s territory. This study examines the architectural form and distinctive characteristics of Masjid Pathok Negoro Dongkelan using a comparative method with other Pathok Negoro mosques as well as the Great Mosque of Kauman (Masjid Gedhe Kauman). The findings indicate that Masjid Dongkelan possesses unique architectural features, including a fully enclosed veranda, a covered pulpit with a curved roof adorned with ornaments symbolizing the Sultanate, and two pawestren (women’s prayer spaces) that are not …

Mechanical Performance Evaluation Of Natural Composites Recycled Hemp Rice Bag Reinforced With And Without Silicon Carbide Particles, Gaber A. Elawadi, A. S. Fayed

Mansoura Engineering Journal

Significant progress has been made in the development of natural fiber-reinforced composite materials, owing to their potential to enhance mechanical properties while offering a greener and more sustainable alternative to traditional materials. These materials combine superior ecological benefits with enhanced mechanical performance. This study examines how recycled hemp fiber bags, including recycled hemp fibers obtained from rice hemp fiber bags, affect the mechanical characteristics of unreinforced and reinforced composites. Four composite systems were fabricated and tested: (1) HFR (randomly chipped recycled hemp fiber bags–epoxy composite), (2) HFB (continuous recycled hemp fiber bag–epoxy composite), (3) HFR SiC (randomly chipped recycled hemp …

Fuzzy Pi Controller For Frequency Control Of A Diesel-Pv-Battery-Based Islanded Ac Microgrid, M. S. Elborlsy, Ramadan M. Mostafa, Hossam E. Keshta, Mohamed A. Ghalib

Mansoura Engineering Journal

Effective management of modern electrical grids requires intelligent and adaptable control mechanisms to effectively balance power supply and demand, particularly in times of significant disturbances. Microgrids predominantly harness renewable energy sources (RES), which are inherently variable, for electricity generation. However, due to these fluctuations, conventional control systems often struggle to optimize performance under diverse operational conditions. This study addresses the need for improved frequency regulation in isolated AC microgrids (MGs) by proposing a fuzzy PI (FPI) controller capable of dynamically adjusting control strategies to accommodate disturbances such as three-phase faults, sudden changes in load, and variations in solar irradiance. A …

Biopcm-Integrated Smart Façade For Hospitals: Thermal Performance Across Floor Levels In A Hot-Arid Climate, Aia A. Qindil, Esraa Elazab, Mohamed M. Shawky Abou Liela

Mansoura Engineering Journal

Hospitals are among the most energy-intensive building types because they operate around the clock and must maintain strict indoor environmental conditions, especially in hot-arid climates. Improving their performance calls for façade solutions that can store thermal energy effectively and help cut carbon emissions. This study evaluates the use of macro-encapsulated BioPCM® within the south façade of a high-rise hospital in Mansoura, Egypt, using dynamic simulations in DesignBuilder (EnergyPlus). The analysis focuses on two vertical levels, the third floor as a typical ward and the seventh floor as a rooftop ward, to investigate how elevation influences PCM performance, an aspect rarely …

Credit Card Fraud Detection Using Metaheuristic Techniques, Narges Sabry Anwer Mohammed, Mohammed Sabry Saraya, Amr M. Thabet, Labib M. Labib

Mansoura Engineering Journal

Credit Card Fraud Detection (CCFD) has become a critical challenge to financial security due to increasingly sophisticated fraudulent activities. This study investigates the effectiveness of Meta-Heuristic (MHT) optimization techniques in improving fraud detection (FD) through feature selection (FS) and model optimization. To address class imbalance, Random Under-Sampling (RUS) was applied. The selected feature subsets were evaluated using three machine learning (ML) classifiers—Decision Tree (DT), KNearest Neighbours (KNN), and XGBoost (Xgb-Tree)—across four benchmark datasets: European, Statlog (Australian Credit Approval), PaySim, and Credit Card Transactions Fraud Detection (CCTFD). Eleven binary MHT algorithms were implemented and compared. The comparative analysis shows that the …

Cultivating The Creative Ecosystem Amid The Disruption Of Ai, Sarah Oconnell

Tradition Innovations in Arts, Design, and Media Higher Education

Can humanity’s creativity, our artistic intelligence, thrive in symbiosis with the disruptive forces of technology’s Artificial Intelligence in work, media and education? “Who is responsible?” may be the more important question as we face a future infused with AI. Impacted individuals and industries cannot wait for ambiguous political powers to determine AI regulatory policy. They must develop strategies for critique and discernment in real time to prevent the technology’s disruption in society from devolving into oppressive dysfunction.

Who is responsible for cultivating the balance that sustains humanity? Scholars and practitioners with artistic intelligence are adaptive catalysts for collaborative problem solving …