Architecture Commons^™

[P E L I C U L A] Completa ¿No Es Romántico? En Español Y Latino (Grats_Hd), Sempak Ireng

sempak ireng

[P E L I C U L A] Completa Green Book En Español Y Latino (Grats_Hd), Sempak Ireng

sempak ireng

Aborsi Trimester Kedua Dan Ketiga 081312233336, Cara Menggugurkan Kandungan

Cara Menggugurkan Kandungan

Prediction Of Compressive Strength And Evaluation Of Different Theoretical Standards And Proposed Models Of Brick Columns Confined With Frp, Frcm, Or Srg System, Zuhair Al-Jaberi, John J. Myers

Civil, Architectural and Environmental Engineering Faculty Research & Creative Works

The Strength Capacity of Confined Masonry Column is One of the Topics that Need to Be Studied. in This Study, the Efficiency of using Different Types of Advanced Composite (Non-Corrosive Materials) Such as Fiber Reinforced Polymer (FRP), Fiber Reinforced Cementitious Matrix (FRCM), or Steel Reinforced Grout (SRG) in Confining Masonry Columns is Investigated. a Wide Range of Experimental Database of Masonry Column Specimens Has Been Collected from the Results that Available in Scientific Literatures. Different Theoretical Standards and Proposed Models that Used to Predict the Capacity of Masonry Columns Confined with FRP and FRCM Are Evaluated based on Collected Experimental …

Rejuvenation Effect Of Aged Sbs-Modified Asphalt Utilizing Molecule Analysis, Ke Shi, Feng Ma, Jenny Liu, Zhen Fu, Ruimeng Song, Dongdong Yuan, Chen Li

Civil, Architectural and Environmental Engineering Faculty Research & Creative Works

The Performance of Styrene-Butadiene-Styrene Modified Asphalt (SBSMA) is Significantly Impacted by its Aging and Regeneration. in This Research, the Molecular Dynamics Simulation Was Utilized to Investigate the Rejuvenation Effect of Active Reagents on Aged SBS Modified Asphalt through the Following Tasks: 1) Verifying the Accuracy of the Asphalt Model by Density and Solubility Parameters; 2) Assessing the Changes in the Rejuvenated Asphalt Model's Energetic Parameters and Volume Parameters, 3) Studying the Interaction Energy between SBS Molecules and Asphalt Molecule Models, and 4) Evaluating the Relative Concentration, Interfacial Interaction Energy, and Diffusion Effect of the Asphalt-Asphalt Models. the Results Indicated that …

Field Implementation And Performance Of Fiber-Reinforced Low-Shrinkage Concrete For Bridge Deck Construction, Ahmed Abdelrazik, Kamal Khayat

Civil, Architectural and Environmental Engineering Faculty Research & Creative Works

This Paper Reports on the Field Implementation of Fiber-Reinforced Concrete (FRC) Used for Redecking the Two-Span overpass Bridge in Missouri. the Spans Measured 38.4 and 35.05 M in Length. Modeling of the Structural Behavior of the Bridge Replacement Deck Indicated Significantly High Tensile Stresses at Midspan (Up to 45 MPa) Due to the Continuity of the Deck over the Four Precast Main Girders. Redecking of the Bridge and Casting of the Central Diaphragm Were Carried Out Continuously and Necessitated 40 Concrete Truck Deliveries of 252 M3 of FRC. Six Sensor Towers Were Installed in the Bridge Deck to Monitor Variations …

Automated Detection And Characterization Of Cracks On Concrete Using Laser Scanning, Yunfeng Ge, Jenny Liu, Xiong Zhang, Huiming Tang, Xiaolong Xia

Civil, Architectural and Environmental Engineering Faculty Research & Creative Works

Accurate crack detection and characterization on concrete are essential for the maintenance, safety, and serviceability of various infrastructures. In this paper, an innovative approach was developed to automatically measure the cracks from 3D point clouds collected by a phase-shift terrestrial laser scanner (TLS) (FARO Focus3D S120). The approach integrates several techniques to characterize the cracks, which include the deviation on point normal determined using k-nearest neighbor (kNN) and principal components analysis (PCA) algorithms to identify the cracks, and principal axes and curve skeletons of cracks to determine the projected and real dimensions of cracks, respectively. The coordinate transformation was then …

Preliminary Bond Capacity Exploration Between Monolayer Graphene And Cementitious Composites, Yanping Zhu, Chuanrui Guo, Genda Chen

Civil, Architectural and Environmental Engineering Faculty Research & Creative Works

This Study Aims to Explore Bond Capacity between Monolayer Graphene and Cementitious Composites for the First Time through a Pullout Test. the Low-Pressure Chemical Vapor Deposition Method Was Used to Synthesize Monolayer Graphene on the Copper Substrate to Be Embedded in the Mortar Made by the Briquette Mold. the Bond Capacity between Them Was Higher Than the Tensile Strength of the Copper Sheet with As-Grown Monolayer Graphene on the Surface Since All Specimens Failed in Fracture with Embedment Length of More Than 30 Mm. the Monolayer Graphene Enhanced the Copper Tensile Fracture Stress and Normalized Energy during the Test as …

Global Perceptions Of Space: The Interior Designer's Role, Ansley C. Elliott

Honors College Theses

Interior designers need to show and share awareness of cultural inclusivity in design solutions to create a positive experience for all end users. In order to do this, interior designers need to gain an understanding of how people from various geographical locations perceive space and, as a result, behave and connect in public environments. This study explored existing literature on human factors in design, such as proxemics, territoriality, anthropometrics, cultural dimensions in business practices, and inclusivity in design. The research methodology included a Qualtrics survey on cultural background and demographic data; three-dimensional renderings of a public restaurant and a workplace; …

Bench – A Design Process To Make A Digitally Manufactured Furniture System Using The Spirit Of Japanese Joinery, Myles Richter

Architecture Undergraduate Honors Theses

This capstone identifies and implements the spirit of Japanese joinery into a contemporary design process to develop a component based piece of furniture through means of digital manufacturing, namely CNC (Computerized Numerical Control) machining. Through the aesthetic, functional, and structural results of this design process, the impact of applying the spirit of Japanese joinery as a guide for the development of the tectonic language of an object are revealed. The structure of this project will discuss an overview of the design process of an object which was designed in the spirit of Japanese joinery, and an assessment of the success …

Subterraneans: A Regional Earth Dwelling For Comfort And Beauty, Isaak Benchoff

Architecture Undergraduate Honors Theses

Subterraneans is a study of an affordable, self-sufficient, sustainable, and dignified housing prototype for the region of Northwest Arkansas. It is a design process investigation based on the ideas of turning a local, sustainable material into affordable homes that can be built within a community of people sharing land and resources. The homes would utilize as many natural materials as possible to minimize the impact on the Earth and the cost to the owners.

Research looked at many different vernacular building precedents as well as the work done by contemporary design firms in the area of economical, low-impact, and passively …

Of Word And Stone: The History Of Medieval Spain Through The Lens Of Architecture And Language, Samantha Hernandez

Architecture Undergraduate Honors Theses

Medieval Spain is a unique summation of religious and cultural communities. Through the built forms of Al-Andalus, there is unique preservation of societal imprints that parallel the formation of the Castilian language. These two mediums—architecture and language—are a telling of the culture and history of the region. By first observing the historical formation of Spanish, and in turn the various communities which inhabited the Iberian Peninsula, one may find many correlations with architecture created at the same time. After understanding the historical making of the Spanish language, it is important to analyze the language itself and how it differs from …

An Exploration Of Issues Facing Vertiport Integration In The Wasatch Front, Katelynn Hall

All Graduate Theses and Dissertations

Uncrewed Aerial Systems (UAS) are expected to fill our skies to provide services such as package delivery, supporting emergency services, and even as a new mode of transit. While the private sector has been developing UAS for many years, the planning realm has not considered this new technology’s potential impacts on our communities in any depth. A primary aspect of UAS integration is the development of vertiports, which facilitate ground-based interaction with UAS. These centers, unlike traditional aerial infrastructure, must be dispersed throughout communities to support UAS integration. This thesis aims to involve planning professions in UAS integration by identifying …

Predicting The Friction Coefficient Of High-Friction Surface Treatment Application Aggregates Using The Aggregates' Characteristics, Ahmed S. El-Ashwah, Korrenn Broaddus, Magdy Abdelrahman

Civil, Architectural and Environmental Engineering Faculty Research & Creative Works

Providing Sufficient Pavement Surface Friction (I.e., Skid Resistance) between Vehicle Tires and Pavement Surface throughout the Pavement Service Life is Considered to Be One of the Main Objectives of Highway Design. Moreover, Vehicle Safety, the Amount of Consumed Fuel, and the Wearing Rate of Vehicle Tires Generally Are Influenced by Pavement Surface Friction. in This Study, a Comprehensive Experimental Testing Program Was Conducted on Different Aggregate Sources, Including Calcined Bauxite and Five Alternative Local Sources, to Assess their Friction Characteristics. the Testing Program Included a British Pendulum Tester (BPT) and a Dynamic Friction Tester (DFT), Which Were Used to Evaluate …

Guiding The Future Of The Cache County Fairgrounds, Logan Hall

All Graduate Plan B and other Reports

The County fairgrounds have been a fixture in Cache Valley, Utah for over 100 years. They provide a valuable resource to the community. Effective planning can ensure the appropriate use of this public asset and prevent underutilization. Modern design guidelines have been developed for other fairgrounds in the Intermountain West, but not the Cache County fairgrounds. This research is focused on developing a contemporary visioning plan to guide the growth and future of the County fairgrounds, create design guidelines for future development, and maximize the fairground’s economic potential. The methodology used to develop this plan involved an extensive review of …

Maidstone Estates: Utilizing Research-Based Design To Create The Luxury, Location, And Lifestyle Of A Continuing Care Retirement Community, Jake Hardin

Undergraduate Honors Theses

The nature of this essay explores the implementation of research-based design to the senior living concept and showcases how design can improve and empower the lives of our seniors as they hit retirement age. Over the course of the essay, the project will begin as a concept and navigate its way through the design processes until the concept is fully developed as a stand-alone package that speaks for itself. Maidstone Estates is built upon the guidelines of the Green House Project and outlines the mixed-use nature of design involving branding, building code, ADA compliance, universal design, and the three acuity …

Sustainability Of Form-Based Zoning Codes In An Existing Suburb, Elvira Batelaan

Community and Regional Planning Program: Professional Projects

Most planners and architects agree that the current rate of growth and sprawl in American cities is not sustainable. This thesis will explore how form-based zoning codes can be used to implement policies that increase the sustainability of an existing suburb. Typically, form-based zoning codes are applied to either new subdivisions in a city or to an overlay district in a city which does not get to the heart of the issue. A solution is needed for the rest of the city, such as downtown, industrial areas and existing suburbs, to further increase the sustainability of the entire city. In …

The Curia Julia: Its History, Materials, Use, And Preservation Through The Centuries, Katharine Bogen

Student Research Submissions

The Curia Julia has one of the most fascinating histories out of all the buildings in Rome. Julius Caesar began its construction in 44 BCE in the Forum Romanum as the meeting place for the Roman Senate, and it continued to serve as such until the eventual fall of the Roman Empire. Today, the building stands almost completely intact, a feat that is not common for other structures of the same period. The reason why it has remained standing for so many centuries is due to its history of use: it was transformed into a church in the 7th century …

Collaboration Between Occupational Therapists And Architects To Incorporate Universal Design To Increase Accessibility, Michelle C. L. Hoff, Susan Macdermott

Spring 2023 Virtual OTD Capstone Symposium

The design of the built environment plays a key role in occupational participation. When the built environment is poorly designed, it severely limits accessibility for an individual with a disability. In contrast, when the built environment is well designed, it can support the occupational performance of individuals of all ages and abilities. Interprofessional collaboration between occupational therapists and architects can improve environmental barriers to occupational participation within home and community settings. Interprofessional collaboration between occupational therapists and architects has involved direct input through consultations, interprofessional education experiences, and the formation of interprofessional organizations. However, barriers to interprofessional collaboration have included …

Law School News: Joyce And Bill Cummings Of Cummings Foundation To Deliver Keynote Address At Rwu Commencement 4-20-2023, Jill Rodrigues

Life of the Law School (1993- )

No abstract provided.