Elnady Engineering’s Post

Thrilled to share my latest publication in Journal of Architectural Engineering a Q1 Scopus journal with a 97% percentile . This research focuses on the critical issue of energy consumption in schools, particularly in hot climates. We explored the use of unshaded courtyards as a passive design strategy—an area that hasn’t received much attention. Using case studies and computer simulations through ENVI-met and IESve, we examined the impact of courtyard design on an existing school in the UAE. Key findings: A reduction of up to 1.9°C in building temperature. Enhanced outdoor thermal comfort with PMV reductions of 1.2. A decrease in cooling loads by 19% in September and 27% in March. This study highlights the incredible potential of sustainable architectural practices in improving both comfort and energy efficiency in schools. #Sustainability #Architecture #EnergyEfficiency #PassiveDesign #ClimateAction #Research

The Acoustic Design for The New Alamein City Campus of AAST. The new campus includes main lecture halls, a reading hall, an assembly hall, a theater, a VIP restaurant, and multipurpose halls distributed across 12 buildings. Our scope of work involved providing the acoustic criteria for different spaces at AAST El Alamein Campus. The design encompassed room acoustics with careful selection of finishing materials and cladding, as well as room isolation to ensure optimal noise control and privacy. Our tasks included: - Calculating the reverberation time for each hall and recommending adjustments to the finishing materials to meet the recommended reverberation time. - Suggesting acoustic wall insulation to ensure NC levels in adjacent spaces are within international standards. - Providing recommendations for the HVAC system design to achieve the desired NC levels. We are excited to contribute to the creation of an acoustically optimized learning environment for the future students of AAST. #AcousticDesign #Engineering #ElnadyEngineering #ECG #AAST #AlameinCity #RoomAcoustics #NoiseControl #HVACDesign

Beyond Heights: Unveiling the Engineering Marvels of Burj Khalifa We all know that the Burj Khalifa stands as a towering symbol of architectural magnificence, claiming the title of the world's tallest building. But have you ever wondered about the intricate science and engineering that propels this soaring structure to unprecedented heights? 1. Y-Shaped Structure: The Y-shaped configuration of the Burj Khalifa is designed to optimize both stability and space utilization. The three wings of the Y are positioned at different angles to minimize wind forces and distribute loads evenly. This design choice reduces the amount of structural material required, making the building more efficient. 2. Foundation: The foundation of the Burj Khalifa is a massive reinforced concrete mat, approximately 3.7 meters thick. This mat foundation spreads the enormous weight of the structure over a large area, preventing excessive settlement and ensuring stability in the sandy soil of Dubai. 3. Wind Resistance: Wind forces on a tall structure like the Burj Khalifa can be substantial. The tower's aerodynamic design minimizes wind resistance, and the Y-shaped structure helps in redirecting wind around the building, reducing vortex shedding and oscillations. Tuned mass dampers located at the top of the building further stabilize it against wind-induced swaying. 4. Reflective Glazing: The exterior of the Burj Khalifa is covered in reflective glazing with high solar reflectance and low emissivity. This glazing minimizes solar heat gain, reducing the need for excessive air conditioning and contributing to the building's energy efficiency. Ignite your students' creativity with Learning Feet's "Design Thinking & Innovation" theme! Dive into the engineering marvels of structures like the Burj Khalifa, fostering innovation and critical skills. Book a hassle-free trip now to provide a unique learning experience. Customize your journey and empower your students with hands-on workshops and exclusive certificates. Elevate education with us – embark on the Design Thinking journey today! 🚀 #BurjKhalifa #ArchitecturalMarvels #EngineeringWonders #BuildingInnovation #DesignThinking #InnovativeStructures #ScienceOfConstruction #EducationalTourism #LearningFeetJourney #DesignInnovation #STEMEducation #EngineeringMarvels #HandsOnLearning #HassleFreeTrips #EducationalExperiences

Modular construction entails constructing elements of a building off-site, using modern materials and construction methods, while adhering to the same codes and standards as traditional on-site construction. The structures are assembled in modules then delivered to the construction site, often mirroring the intricate design and specifications of conventionally constructed buildings. So why are they becoming an increasingly popular build choice?   ✅ Environmentally Friendly The controlled process in factories results in reduced waste generation, fewer disruptions at the construction site, enables more precise construction and can reduce risk.   ✅ Speed of Programme Concurrent activity is widely considered as a highly efficient way in which to work. Construction of modular buildings off site whilst site work progresses concurrently enables projects to be completed efficiently and often more quickly traditional construction methods.   ✅ Intelligent Modular buildings are intelligent enough to follow the majority of architectural specifications. Once assembled, they are virtually indistinguishable from their site-built counterparts and may be designed to fit in with the external aesthetics of most existing buildings. If you wish to discuss using modular construction for your next project, contact our friendly Rasico team. Let’s talk about your vision 01609 765030 hello@rasico.co.uk #modularconstruction #constructionuk #propertydevelopment #rasico #design

Fire and Life Safety Precautions and Design Standards for Elite and Royal Family Residence Palaces #3 The scope of the research is devoted to elaborating on the very specific set of fire and life safety precautions and design standards for the elite and royal family residence palaces, which -as per their choice- they intend to accommodate. These facilities, with the highest wealth, not only reside but are also used for conducting certain events of a very high kind, like particularly presiding over the events of different activities in their respective nations or discussions in international forums. The scope covers a brief regarding different levels of conditions, that are prevailing in palaces of the elite/royals, creating a universal need for fire and life safety design plans, as per various international standards and regulations. There are multiple mega engineering system interconnections made across the globe. Detailed engineering indicating all individual drawings and standard notations were mentioned for pan work. However, this research will also focus on MEP systems required. The objective is to develop an elite royal/highness life safety and fire precautions system in decadent/classic style in line with the older historic prototype buildings using a sustainable ecological approach. Luxurious top-of-the-line nature of living to conduct exalted sustainable and safe residence.

👏🎉can’t wait to see the physical build #esglobal and #wooarchitects @expo2025 👇🏼is a #great example of #ukinnovation and the principles of #circulareconomy in action. The #UKpavilion will be fully #relocatable, meaning we have a #sustainable modular design that can be used for other global events once #expo2025 is over.

Personal diary 27/05/2024. The development of technologies for environmental architecture offers an exciting opportunity to address some of the most pressing challenges of our time. By integrating technological solutions into the design and construction of buildings, we can create more sustainable, healthy and energy efficient environments. One of the biggest advantages is the ability of these technologies to reduce the environmental impact of buildings. From renewable energy systems such as solar panels and wind turbines integrated into the structure, to intelligent energy management systems that optimize consumption, these innovations can help reduce the carbon footprint of buildings and mitigate climate change. Furthermore, these technologies can significantly improve the quality of life of the people who occupy these spaces. Incorporating natural ventilation systems, dynamic lighting, and green building materials can create healthier and more comfortable indoor environments. This is especially important given the time we spend indoors and the impact the built environment has on our health and well-being. Finally, the development of technologies for environmental architecture can also stimulate innovation and creativity in the field of architecture and engineering. By challenging traditional norms and exploring new ways of designing and building, we can open the door to more innovative and aesthetically appealing solutions that harmonize with the natural and cultural environment In short, the advancement of these technologies represents an exciting opportunity to create a more sustainable, healthy and beautiful future for generations to come.

Excited to share the publication of my latest research paper: "Designing Climate-Adaptive Buildings: Impact of Courtyard Geometry on Microclimates in Hot, Dry Environments" in a Scopus Q1-indexed Civil Engineering journal! Designing climate-adaptive buildings is essential to enhancing energy efficiency, reducing greenhouse gas emissions, and improving thermal comfort—especially in regions with extreme climates like the UAE. My study investigates the impact of building geometry and courtyard configurations on microclimates and thermal comfort, focusing on how strategic design modifications can mitigate climate change. Using ENVI-met software for a qualitative analysis of a school building, we found that simple alterations in layout and courtyard design can: Reduce outdoor air temperatures by up to 1.45°C Lower average building temperatures by approximately 1.89°C Significantly enhance thermal comfort perceptions on the PMV scale These results highlight the powerful role of architecture in promoting sustainable urban environments. Thoughtful design can directly contribute to climate change mitigation while improving resilience and comfort in hot, arid climates. Looking forward to continuing this journey toward more sustainable and climate-adaptive solutions! 🌿🏙️ #Sustainability #ClimateAdaptation #Architecture #UrbanPlanning #EnergyEfficiency #ScopusIndexed #Research #ClimateChangeMitigation

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✍️In 2024, the field of architecture is undergoing significant shifts, with a stronger focus on sustainability. Architects are moving beyond generic environmental approaches and instead adopting targeted measures to address specific risks posed by climate change. Here are some key trends related to sustainability in architecture: ♻️The concept of the sustainability in architecture involved many different aspects like eco friendly environment, Energy efficiency and resources conservation. ♻️Wood as a Sustainable Building Material: Both new construction and refurbishment of existing buildings offer an excellent opportunity to showcase the use of sustainable materials. Wood, in particular, is being utilized more extensively. Advances in engineering and technology allow for taller and larger timber structures, ensuring safety, durability, and even fire safety. This shift emphasizes the importance of environmentally conscious design and construction practices. 📍Community-Centric Approaches: Architects are considering the broader impact of their designs on communities. The focus is on creating usable spaces that go beyond traditional nuclear family models. By promoting conversions of existing buildings and resource-conserving approaches, architects aim to address modern demands while minimizing environmental impact2. ✍️In summary, the architectural landscape in 2024 is characterized by a commitment to sustainability, innovative materials, and community-centric design. These trends reflect a collective movement toward a more environmentally conscious and socially responsible future. 🌿🏗️ #Sustainability #Architecture