Mock-up Design Research Articles

Determine Marketing Strategies Using SWOT Analysis in The MSME Creative Industry to Design Mock-Up Products

Determine Marketing Strategies Using SWOT Analysis in The MSME Creative Industry to Design Mock-Up Products

Design of Concrete Mock-Ups with Complex Defect Scenarios Using Numerical Simulations

The major objective when applying non-destructive testing (NDT) in civil engineering is the detection of defects such as honeycombs. Defects can impair the service life of structures and could lead in the worst case to fatal failures. All structures such as bridges, tunnels, locks etc. are unique objects with variation in geometry, dimensions, materials, environmental condition, load scenarios etc. Thus, the interpretation of NDT data is challenging and the validation of the NDT method, the training of inspectors and the reliability analysis of NDT rely on mock-ups with known defect situations mimicking the type of defect as realistic as possible. The considered defect sizes inside the mock-ups should cover the transition zone between detectable and non-detectable to properly evaluate the capability of the inspection system. However, knowledge about the limits of an inspection system is mostly non-existent. To overcome this limitation, this study applies realistic numerical simulations for ultrasonic testing in reinforced concrete performed with the elastodynamic finite integration technique (EFIT) to identify this transition zone. First, the study shows the development and the validation of a numerical representation of concrete considering the implementation of a qualitatively realistic noise level. Additionally, the accurate representation of the sources during ultrasonic testing is confirmed by an investigation of the radiation characteristic for dry point contact ultrasonic transducers. The simulation outcome enabled the design of a mock-up, which explores the detection limits for honeycombs during ultrasonic testing under different boundary conditions. A case study demonstrates the applicability of the design scheme based on numerical simulation. In the real specimen designed with the assistance of numerical simulations, 68%\\documentclass[12pt]{minimal} \\usepackage{amsmath} \\usepackage{wasysym} \\usepackage{amsfonts} \\usepackage{amssymb} \\usepackage{amsbsy} \\usepackage{mathrsfs} \\usepackage{upgreek} \\setlength{\\oddsidemargin}{-69pt} \\begin{document}$$68\\mathrm{\\%}$$\\end{document} of the implemented defects are detectable, proving the effectiveness of the design methodology.

Designing a Website Mockup for PT. XYZ Company Profile

The advancement of digital technology has placed greater emphasis on a company's online presence, particularly through a company profile website. This research aims to design a mockup for PT XYZ's company profile website by utilizing a combined approach of primary and secondary data. Primary data will be obtained through interviews with the company management to understand the company's values, communication objectives, and desired design preferences. Meanwhile, secondary data will be used to gain insights into current design trends and best practices in website design. This research method combines qualitative and descriptive approaches, with initial steps focusing on identifying PT XYZ's needs and communication objectives.Based on the interview results, initial design concepts will be developed that reflect the company's identity and consider user needs. By integrating primary and secondary data, this research is expected to produce a mockup design for the company profile website that meets PT XYZ's communication and representation needs, while aligning with current web design standards. The findings of this research are expected to provide practical guidance for PT XYZ in enhancing the company's image through effective and engaging digital media.

Penerapan Metode Prototype Pada Perancangan Sistem Informasi Penjualan Aksesoris Kamera Berbasis Web

The sale of camera accessories is one of the important components in business. However, currently the company faces several obstacles in the sales process. In addition, there is no system that suits the needs of customers in gaining access to camera accessories sold. To overcome this problem, this study aims to design and develop a prototype interface mockup design system for selling camera accessories. This research uses a prototype system development method by identifying user needs, analyzing existing sales processes, and designing appropriate solutions. Through needs analysis, it is known that customers need convenience in searching for products, seeing product details, making purchases. Meanwhile, admins need to have access to manage inventory, process orders, and view sales reports. The purpose of this study is to design a system based on customer needs so that it is expected to increase satisfaction in using the system. In addition, it is expected that this system can be the basis for further development towards integration with wider ecommerce platforms. The results of this system design can be used as reference material to develop a sales system

WebDraw: A machine learning-driven tool for automatic website prototyping

To overcome the time-consuming nature and improve the cost-effectiveness of classical web development, being automatic is the most convenient alternative recent researchers suggest. Over the years, researchers have been working on inventing new approaches to generating websites automatically. In this paper, a novel approach is presented that automates the website generation process by incorporating web designer best practices and driving new prototype websites without the significant effort of redesigning websites. It takes high-fidelity mock-up design artifacts such as screen captures of real-world websites, and generates functional websites similar to the input websites, which involves three steps: GUI element detection, classification, and code generation. First, image processing techniques are applied to detect atomic web GUI elements from a mock-up design artifact of a real-world website. Second, a Convolutional Neural Network (CNN) is trained to classify the extracted web GUI elements into their domain-specific types such as headings, paragraphs, images, etc. A Graphical User Interface (GUI) is typically represented in code as a hierarchical tree, with nested GUI elements bundled together within one another to construct a tree. A recursive algorithm is proposed that constructs the appropriate Document Object Model (DOM) hierarchy for a website by recursively grouping classified web GUI elements within each other. Finally, the constructed DOM is converted to the accurate native code. The approach was implemented as a tool called WebDraw. Design science research evaluation shows that WebDraw achieves an average of 90% web GUI element classification and generates website prototypes that are visually similar to the target website design mock-up artifact while producing functional GUI code. Furthermore, interviews with industry professionals illustrate WebDraw's industry relevance for improving their industrial web design and development workflows.

Feasibility Study and the Development of MSME Business Incubator Mockup in Toba District

Theoretical Framework: Toba Regency is one of the regions in North Sumatra that has considerable MSME potential. However, there are still many MSMEs that experience difficulties in developing their business due to constraints in capital, infrastructure, and market access. Therefore, it is necessary to have an MSME business incubator that can help develop the business of MSME players. However, before building an MSME business incubator, it is necessary to conduct a feasibility study. Purposes: This aims to objectively evaluate the potential success of the business incubator development project. This research aims to conduct a feasibility study and the construction of an MSME business incubator mockup in Toba Regency by looking at financial, technical, social, and environmental aspects. Method: This research uses a qualitative descriptive method with a feasibility study approach and mockup design. Data were collected through literature studies, interviews with relevant stakeholders, and direct observation of the conditions and needs of MSMEs in Toba Regency. Results: The results showed that the development of MSME business incubators in Toba Regency has great potential and good investment feasibility. In the feasibility study, it was found that MSME business incubators can provide benefits to MSME actors in terms of facilities, training, and market access. Meanwhile, in the financial analysis, it was found that the MSME business incubator development project can generate considerable profits with a payback period of around 5 years. The proposed MSME business incubator mockup design also meets the needs of MSME business development by being equipped with adequate facilities and effective marketing strategies.

Implementation of Image Distortion to Design Mockups in Web-Based Mug Sales Application

Varisty Mug Souvenir is a small business entity that provides services to make custom souvenir mugs according to customer requests. Souvenir mugs are the main product produced by Varisty Mug Souvenir. When the COVID-19 pandemic hit, Varisty Mug Souvenir's main shop was forced to close, this resulted in disruption of transactions between customers and owners and Varisty Mug Souvenir's sales decreased. aims to increase its sales and simplify the business transaction process by designing a web-based mug sales application with the feature of creating mug design mockups. The mug design mockup creation feature on the application will help customers visualize and make design decisions when placing an order. The development of a web-based mug sales web application will use the Hypertext Preprocessor (PHP) programming language and use the Laravel framework and MySQL database. The creation of the mug design mockup feature uses ImageMagick technology for the feature of generating mug design mockups that apply image distortion. The use of ImageMagick is done by running the command script on the command-line. In the application, customers can place an order for a custom mug by previewing the mug mockup of the desired design. In addition, the admin part of the application allows the admin to process and store data.
 
 Keywords: Product mockup, Image Distortion, ImageMagick, Sales application, Souvenir mug

Cyclic medium heat flux testing of a WTa lattice structure on the HIVE facility

Testing fusion components in high-heat flux conditions is key for assessing the performance of plasma facing components. A novel limiter mock-up design was tested under cyclic thermal loading in the “Heating by Induction to Verify Extremes” (HIVE) facility at UKAEA. The results demonstrated both the capability of the HIVE facility for cyclic thermal loading and the performance of the mock-up limiter.The mock-up comprised a Tungsten-Tantalum additively manufactured lattice brazed to a copper heatsink. Heat fluxes up to 10 MW/m2 were achieved in the testing and a total of 507 pulses were performed with measured heat fluxes of 8 MW/m2 or higher. HIVE diagnostics (IR camera and thermocouples mounted in the sample) found no measurable change in the steady state thermal behaviour of the mock-up. Visual inspection of the sample after testing revealed cracking had occurred in the lattice structure. IR data also revealed that the cracked region of the lattice had a longer cool-down period to the rest of the structure.Preliminary EM analysis to estimate the variation of heat load between a lattice and a solid block was conducted. To gain confidence in such analysis, more computational time as well as thermal and electrical material properties of AM W at temperature are required.

Web pages from mockup design based on convolutional neural network and class activation mapping

Web pages from mockup design based on convolutional neural network and class activation mapping

Mock-up testing of the monorail crane system for remote maintenance of the ITER neutral beam cell

The Monorail Crane System (MCS) is a remotely operated crane working in the ITER neutral beam (NB) cell within the Tokamak building that is a radiation controlled area where human worker access is limited. The MCS is an underhung crane that moves along the railways suspended from the NB cell ceiling. It is part of the Neutral Beam Remote Handling System (NBRHS) providing lifting and transportation capabilities for components and equipment up to 40tonnes. The long travel unit of the MCS is a first-of-a-kind design which is identified as the technical risky area for which is worth to perform mock-up testing.This paper describes the mock-up design of the railway where the MCS moves, and the long travel unit of the MCS. The mock-up railway replicates the critical parts of the railway such as that having the minimum bending radius, the S-bend, and the switching rails with discontinuity and misalignments. The mock-up MCS replicates most of the key features of the final MCS together with additional sensors for analysis. The mock-ups are manufactured to verify the manufacturing process of the final MCS. Phased testing campaigns are carried out to understand the behavior of the mock-up MCS on the different railway sections under various load cases such as no load, offset load, dynamic and static test loads, and considering different communication and control system arrangements including degraded modes. The test results demonstrate that the behavior of the mock-MCS is as expected in the design. However, a few areas are identified that need to be improved, which are the vibration and noise issues during traveling on the curved rails, stopping of traveling while carrying an offset load, which results in damage on the barcode strip and the busbar clamps installed on the railways. Post-test inspection identified permanent deformation on the edge of the railway, a leak on the lubrication on the rotating wheels, and some rusting, which need to be improved in the final MCS design. From a global point of view, no critical technical issues were observed during the testing and the tested components, especially, the high load carrying components are in good condition without any mechanical damages. Therefore, the MCS design can be further developed on this basis during the final design phase, addressing the various feedbacks gathered through the testing campaigns.

Penerapan Metode User Centered Design pada Rancangan User Interface Marketplace Pemasaran Produk Olahan Perikanan

Activities that support various activities in the fisheries sector, one of which is processed fish products, seeks to improve the economy of the community, especially fishermen in processing marine products. One of the efforts is to expand the distribution of processed seafood and penetrate the market through designing a user interface for the processed seafood distribution system. The method applied in this study is User Centered Design (UCD) with a design philosophy that places the user at the center of the system development process. The UCD approach is supported by techniques, tools, procedures, and processes that help design interactive systems that are more user centric. Based on usability testing that uses a usability scale system, the marketplace user interface model for marketing processed fish products is assessed with a yield of 86.5%. So that this marketplace user interface design mockup has been rated as user friendly which is indicated using high functionality and in accordance with the design. Keyword: User Centered Design (UCD), user interface, marketplace, processed fish.

Packaging Design as a Media for Developing the Potential of Small and Medium Micro Enterprises (MSMEs) in the Culinary Sector Typical of the Region in the Creative Industry

This design aims to design a typical regional food packaging design, namely Kalua Jeruk which is attractive and follows food labeling rules to develop the potential of Small, and Medium Micro Enterprises (MSMEs), especially in the culinary field. This design uses qualitative research. The data source used in the study was an interview with one of MSME Kalua Jeruk entrepreneurs and respondents related to good packaging design for regional specialties. In addition, observations are used to observe the making process of Kalua Jeruk. The steps taken in this design are to observe the process of making Kalua Jeruk, analyze the results of interviews, and design a good packaging for it. Based on the analysis data, it was concluded that need to package designs are attractive, informative, and follow food labeling rules to improve the product image and consumer purchasing power. Moreover, Kalua Jeruk has a uniqueness that is made from processed Pomelo peel with hereditary recipes. The result of this design is in the form of a 3-Dimensional Kalua Jeruk packaging design mockup which is expected to be a reference for packaging design, especially for developing the potential of MSMEs in the culinary field in the creative industries.

Evaluasi User Interface Aplikasi Kitabisa Menggunakan Metode Heuristic Evaluation

The public is made aware of a cause via a gift or fundraising event, enabling many people to do good. This study seeks to assess how comfortable users are using the Kitabisa application and to pinpoint any problems so that interface design mockup can be developed as potential fixes. The comfort felt by application users can be used as a determinant that the application can be categorized as a good application. The discovery of problems felt by Kitabisa users included inconsistencies in language, appearance, colors, and icons causing users to feel confused when using the Kitabisa Application. The Heuristic Evaluation is a method that involves user interface experts who are expert with the aim of finding user interface problems. The Heuristic Evaluation method will be used to guide the flow or steps that will be carried out in each process during the analysis and evaluation of the Kitabisa application so the solution can be made for the problems found. Interface usability testing was carried out by finding problems in the Kitabisa application interface design and this test was successfully carried out through usability testing in order to collect feedback in the form of comments from evaluators and make improvements to the Kitabisa application mockup design interface based on comments from experts.

Study of W/Cu flat-type mock-ups with novel hypervapotron cooling structure for CFETR divertor

A hypervapotron cooling concept armored with flat tiles has been considered as a possible technique to handle heat load about 10–20 MW/m2 produced in a fusion reactor. In order to improve the heat removal capability of divertor plasma facing components (PFCs) of the China Fusion Engineering Test Reactor (CFETR), W/Cu flat-type mock-up based on a novel hypervapotron cooling concept with cross-ribs structure has been designed and optimized by thermal simulations using ANSYS Fluent code. The simulation results demonstrated obviously that this cross-ribs structure has an excellent heat removal capability caused by enlarged heat transfer area and subcooled flow boiling. Based on the optimized geometry, the novel W-Cu/CuCrZr/316 L compound module was prepared by means of one-step hot isostatic pressing (HIP) technique. The following high heat flux (HHF) testing results indicated that bonding technologies and mock-up design have reached a good performance.

A STUDY ON THREE-DIMENSIONAL PRINTING REPLICATION FOR USABILITY OF ARTIFACTS

Abstract. In the field of cultural heritage, replication has been performed for preservation, exhibition, and education purposes. In particular, due to advancement in computer technology, replication which combines the three-dimensional (3D) scanning and printing has widely performed. These technologies have been able to ensure morphological similarity as well as to avoid damaging artifacts in a contactless manner. In this study, a design mock-up for producing replacements was made for the purpose of preserving original forms, usability, and mass production for ritual utensils used in ancestral memorial rites annually. 3D precision scanner was used to obtain external information of ritual utensils and shape information of pattern parts. The measurements on height, width, and thickness of the body, and two handles and three feet showed fine shape differences, respectively. Therefore, representative models were selected and reconstructed. In addition, the upper and lower parts of the body, handles, and feet were separately manufactured for mass production by using sand casting. A model manufactured during the reverse design like above was completed by considering average shrinkage (4%) for the casting of copper-tin alloys. A model was completed and 3D-printed with a material extrusion technique, and a design mock-up for replication was created. In this study, a 3D printing technology was applied to ritual utensils and presented a replication methodology applicable to used artifacts. For this purpose, a model suitable for the replication method was produced based on the data obtained by 3D scanning of ritual utensils. A design mock-up, which is 3D-printed with a material extrusion technique, has enhanced design completeness by performing continuous design and dimensional inspection.

Development of Psychology Based on Online with Edward Personality Preference Schedule and High Level Indonesian Collective Intelligence Test

Online psychotic are developed to keep up with current technological advancements. Application of Psychotest Development Based on Online with Edward Personality Preference Schedule and High-level Indonesian Collective Intelligence Test, developed for the benefit of the Soegijapranata Center for Applied Psychology. Making the application "Psychotest Development Based on Online with Type of EPPS and High TIKI" is motivated by the director's vision to be able to advance PPT Soegijapranata. In the process of creating an application design, sources were obtained from the director of the Center for Applied Psychology at Uneg Soegijapranata, the design obtained was the number of users, application flow, and mockup design. The goal to be achieved is to change the manual process to use technology. When testing 30 respondents, it was found that the Psychotest Development Application Based Online with EPPS and TIKI Types was quite helpful and made the test process simple.

Utilization of low cost motion capture cameras for virtual navigation Procedures: Performance evaluation for surgical navigation

Thanks to recent advances in medical robotics, various traditional surgical procedures have been started to be carried out by the help of robot manipulators. In order to enhance visual feedback and operation efficiency in these scenarios, utilization of virtual navigation techniques with specialized hardware has become a widespread choice. On the other hand, relatively high equipment costs have risks to slow down researches and mass adoption on the field. In light of this, current study represents performance evaluation of a low cost motion capture cameras on a scenario that tries to demonstrate robotic surgery like operation on a target patient through virtual navigation. Throughout the study least squares point based registration technique was utilized to correlate different reference frames with each other. A new approach was proposed for the calibration between robot manipulator and motion capture system to allow operation without using markers on manipulator side. Innovative patient mockup design with precisely formed landmark points was also introduced in order to verify performances of utilized low cost hardware. At the end of the study, hardware verification results showed the possibility of sub millimeter precisions in demonstrated navigation procedures.

Abstract PS9-38: Improving adherence to hormone therapy among breast cancer patients through a mobile app and patient navigation: App development and testing

Abstract Background: The successful use of hormone therapy (HT) has contributed to improved 5-year cause-specific breast cancer survival rates and evidence shows that long-term use produces a larger reduction in recurrence and mortality, with nearly 50% reduction in breast cancer mortality during the second decade after diagnosis. Despite the proven benefits, hormone therapy adherence is suboptimal (less than 80% of daily doses taken) and about 33% of women who are prescribed HT do not take their medication as prescribed and are at increased risk of disease recurrence and increased mortality. Smartphone ownership has increased substantially over the past decade, providing an extraordinary opportunity for innovation in the delivery of tailored interventions to improve patients’ adherence to hormonal therapy. Purpose: We present the design and development process of a theory-based, culturally tailored, interactive mobile app to improve adherence to HT among breast cancer patients to be used in combination with patient navigation in a two-group randomized clinical trial study at the Mays Cancer Center. The intervention group (n= 60) will receive the phone app + patient navigation and the control or usual care group (n=60) will receive the information oncologists provide to patients prescribed HT. Methods: Four focus groups (n=21) were conducted with breast cancer patients and personal semi-structured interviews (n=8) with oncologists, nurses, and patient navigators from the Mays Cancer Center, to assess barriers and facilitators to hormone therapy adherence, key symptoms, app content, and features. Qualitative data informed the initial design and development of app mock-ups; these were assessed with two additional focus groups (n=10). Based on formative research, a functional phone app prototype was developed and beta-tested with five breast cancer patients, minor refinements were made, and the app is ready for recruitment. Results: Inputs from patients and healthcare team members helped to identify specific app content and features. Key themes included the importance of increasing patient education, enhancing self-efficacy, facilitating communication with the medical team and helping patients develop self-care skills to promote optimal adherence to hormone therapy. Specific app features included notification pop-ups, reminders, motivational messages, symptom tracking and management tips, educational content, social networking among patients, communication with a patient navigator, local resources and support groups, and technical support. In addition to colors, background and icon preferences, patients emphasize the need for a user-friendly app that is easy to navigate with clear educational content. Beta-testers found the app easy to use, credible and trustworthy, and their reactions were very positive about app appearance, content, purpose, and usability. Minor technical issues were fixed, and the study app was refined and finalized. Conclusions: An iterative and patient-centered design process was followed to develop a bilingual and interactive mobile app prototype to be used in a randomized control trial. The anticipated outcome is a scalable, evidence-based and easily disseminated intervention with potentially broad use to patients using HT and other oral anticancer agents. Citation Format: Patricia Chalela, Edgar Munoz, Cliff Despres, Pramod Sukumaran, Illeana Tiemann, Victoria Paz, Bianca Gutierrez, Devasena Inupakutika, Sahak Kaghyan, David Akopian. Improving adherence to hormone therapy among breast cancer patients through a mobile app and patient navigation: App development and testing [abstract]. In: Proceedings of the 2020 San Antonio Breast Cancer Virtual Symposium; 2020 Dec 8-11; San Antonio, TX. Philadelphia (PA): AACR; Cancer Res 2021;81(4 Suppl):Abstract nr PS9-38.

Burial architecture. 3D dissemination study for a selection of Byzantine graves

<p class="VARAbstract">The former polis of Tall-as-Sin (in the current province of Deir ez-Zor, Syria) grew considerably during Justinian's reign in the 6<sup>th</sup> century AD. Its cemetery, outside the walls, presents an extraordinary Byzantine necropolis, where 163 hypogea graves were documented, thanks to recent archaeological campaigns financed by the Ministry of Culture (PAMES-Sirio Euphrates Middle Archaeological Project). This paper presents the research for obtaining three-dimensional (3D) models of graves, selected in the cemetery, by combining information (obtained from planimetric and photographic surveys of the site) with taxonomic features (types of arcosolia, vaults, accesses, stairways...). The 3D modelling process is carried out using data collected during the survey of the graves. These data are then used to restore the surfaces which cover the burial chambers dug out in the ground. The modelling technique was based on generating surfaces, incorporating the different sections and profiles obtained during the data collection phase. The surfaces generated enclose the volume of the dug-out space so that the definitive grave models were obtained using a simple Boolean operation, removing these volumes from a prism-shaped piece representing a portion of the land, thus emptying the interior. The result has provided a reliable and rigorous graphic basis for the design and printing of 3D mockups, contributing to the dissemination of the exhibition called "A retrospective on five years of archaeological activities in Syria".</p><p><strong>Highlights:</strong></p><ul><li><p>Contributing to Byzantine architecture classification in the Middle East, including specific case-studies, interesting both from archaeological and architectural research fields.</p></li><li><p>Experimenting and investigating tools for the study, representation and conservation of archaeological finds, combining 3D digital and 3D printing mockups.</p></li><li><p>Incorporating resources for promoting and disseminating archaeological and architectural heritage, raising awareness among local Syrian population and authorities, allowing them to rediscover their own heritage, often neglected.</p></li></ul>

Trip Planning Support Ship Mockup Design: A Case Study of Pioneer Ship Services in the Maluku Islands

The process of mobilizing passengers and goods on more than five hundred islands in Maluku Province uses pioneer shipping where the route is regulated by the government to serve areas that are not reached by modern commercial ships, including: outermost, remote, border, and disadvantaged areas. The condition in which one port serves ten islands makes the impact of information availability very large, it was known in previous research by Kelwulan, 2019 [5]. Explain that the impact of information uncertainty causes additional costs that are 2-3 times the cost of transportation itself. This research was conducted to analyze and design support for the planning of pioneering ships. ITS Architecture or also known as Telematics Architecture is an intelligent transportation system where one of its basic objectives is information management by utilizing information and communication technology as a tool for making transportation systems that can manage data from pioneering shipping.