Form Layout Research Articles

Analisis Simbolik Kyrie Eleison Karya Anna Wahyu Prasetyowati

Symbolic Analysis of Kyrie Eleison of Anna Wahyu Prasetyowati’s Work. This paper describes and interpretsthe Kyrie Eleison as a performing arts. Kyrie Eleison text is read through choreography elements that shape thethemes, motion, musical accompaniment, fashion makeup, fl oor pattern, form and stage layout. This paper useshermeneutic approach. Based on the research it can be concluded that this work has a deep meaning. The story ofJesus Christ journey in teaching the word with great passion until his death on the Cross is fi xated religious valuesthat serve as an example for mankind. This work also contains the values of humanity that every human being mustbe having a miserable, suffering, and death. Humans must be steadfast and strong in the face of every temptationthat comes when he/she want to achieve the highest inner awareness and understanding of divine truth.

A Study on the Air Flow Characteristic of Apartments According to Layout Form

In urban downtown, densely cluster building either as a large number of middle, low and high-rise, may experience various types of damage occurring around the buildings because of wind. Newly constructed apartment complexes fall to the risk of strong winds at the corners of apartment buildings or gusts on the pedestrian passages. Research is on pedestrians safety in connection to wind flow inside and outside apartment complexes constructed in downtown areas. This study selected 3 types of apartment complexes and compared the wind velocity ratio among different spots in the complexes through wind tunnel experiment and CFD analysis. Furthermore, we changed the deployment and outward form of apartment complexes through CFD analysis and examined the wind-velocity ratio reduction effect. According to the results of wind tunnel experiment, wind velocity between two buildings decreased usually, but wind velocity increased in the space between the sides of two buildings and the space between front and back apartment buildings. Again, when comparing the results of wind tunnel experiment with the results of CFD analysis, they showed similar tendencies except for wake areas. Etc.

Research on Calculation Theory of Double-Row Piles Retaining Structure

The double-row piles retaining structure (DRPRS) is widely applied in the excavation engineering, but its calculation theory is immature and in appropriate. Based on the theory of earth pressure distribution, the distribution characteristics of earth pressure is analyzed to different layout form, and the general formula of earth pressure is derived. From the perspectives of the morphology of slip surface, linear slip surface morphology and broken-line slip surface morphology are proposed based on the feature of the DRPRS. A new calculation model is proposed combining the earth pressure and slip surface morphology. On this basis, one example is used to analyze the force and deformation mechanism of the DRPRS in detail. The research results can guide the engineering practices and promote the development of calculation theory for the DRPRS.

Juice Extractor Stent Plastic Mould Structure Design

The design of plastic parts structure analysis, confirmed the mould adopts the exactly two cavities, with two points type surface, three board type injection molds. Exhaust systems use the parting surface and lateral slide block clearance, plunger, cooperate with clearance to exhaust, and using a runner filling mold overall layout form. In the mold design process, the design of classification, gating system, exhaust system, cooling system, demoulding mechanism, are introduced in this paper.

Analysis of Methods of Creating Microc-Limate for Waterfront Residential Areas in Tropics of South Asia

To ensure the low-carbon and ecological development of the residential areas, the coordinating climate planning must be done in earlier stage of design, and such design is even more important especially in tropics of South Asia. In order to create a good living environment and improve the quality of life, this paper is intended to create the microclimate in residential areas by guiding the predominant wind direction in residential areas, guiding the wind above water into the space of residential areas and optimizing the arrangement of plants and other aspects through the layout form of buildings under the condition of reducing energy consumption, to reduce radiant heat and meet the comfort of living in the residential areas, thus conducive to the study of design of comprehensive low-carbon residential areas.

Application of Ballastless Track CP III Control Network Measure Method in the Building of High Speed Railway

In the process of building the ballastless track of the high speed railway from Wuhan to Guangzhou, the measuring method of the CPⅢ control network has played an extremely critical role. In this article, the form layout, measuring method, precision requirements and some other contents of the high speed railway ballastless track CP Ⅲ have been proposed. It has been proved that this control network has reliable technology basis and meets the construction requirements, which is available for other similar engineering.

Experimental and Numerical Study of 3D Hydrodynamic Characteristics in an Excavated Harbor Basin

As a kind of common port layout forms, excavated harbor basin was widely applied with its many advantages. But the sediment transport processes and water motion in such harbor are complex and of obvious three-dimensional characteristics affected by a lot of factors. To investigate the 3D hydrodynamic characteristics in an excavated harbor basin, experimental research based on PIV technology and numerical study through a 3D code with DES turbulence model has been developed respectively. The 3D hydrodynamic and sediment deposition characteristics in the harbor have been indicated successfully in this paper.

Study on the Development Strategy of New District - A Case Study of the QunLi New District in Harbin

If a city is an organism, urban new district should be a part of the whole organic growing city. This paper takes the QunLi New District of Harbin as an example, discusses the development goal, design idea, development strategy, space layout form and development mode of the new district, puts forward a suggestion that the new district shall be a district with perfect function such as residential, commercial, industrial etc. The urban design of new district should pay special attention to the surrounding area, especially to the connection with downtown, forecast and arrange reasonably various public services facilities and infrastructure according to the population and economic development of new district, strengthen the ecological environment construction of the new district, create livable urban space with times characteristics.

Analysis and Optimization of Form Layout on the Internal Space in Qijiang Ancient Town

Qijiang ancient town is a famous historical and cultural town of Sichuan province with a history of over 2000 years. Most of the buildings in this ancient town were build in the late Ming and early Qing dynasties which are build by western Sichuan style. The street buildup by those buildings were very well protected. There is an 500-meter-long ancient block, containing 5 ancient stages and temples. There are 2 well-preserved stages so far. Qijiang ancient town follow the combination characteristics of contrary space sequence and contrary space behavior, its space form layout is rigorous. The outer space, inner space, inter living space, behaviour and time space are formed orderly. Today the town's space form layout is evolved in a long history and tourism economy developed. With the development of tourism economy, the traditional space pattern has already not adapt to the modern Qijiang town’s development. What make it worse is lack of a comprehensive guide, causing the ancient town’s traditional history and culture and traditional pattern face a new dilemma. From the point of the protection of traditional space pattern and traditional culture, this thesis aimed at Qijiang ancient town’s internal space form layout analysis and research as the key point, making space configuration optimize and adjust. In order to adapt to the development of modern Qijiang town. Provides an example of small towns’ residential environment construction development in China.

Study of Architectural Design Method Based on Concept of Wind Environment

Starting with the indisposed wind environment arisen from the development of urban construction,this paper analyses its influence to the mural and public environment of buildings.Results show that wind environment building design makes architectural design method more rational and sophisticated,and approaches the topic from the angles of general layout and building forms,and sevaral methods such as wind tunnel modeling testcan and computer numerical simulation are also presented.

Organizational Machines Layout and the Application of Individual Features on the Specific Production Respectively Assembly through the Simulation

The great emphasis is currently placed on the optimal layout of individual workplaces and machines in the issue of production and production logistics. It is possible to achieve by the selecting an appropriate organizational layout form of machines and devices. There are several layout forms – technological, subject, free, modular and cellular. The paper is focused on clarifying the basic features and differences of individual machines layout and on the application these features on the specific production of certain part type through the simulation in the simulation program. There are several programs, which are used on the production simulation, for example: Plant Simulation, Simul 8, Witness etc. Witness program is the world recognized program. The utilization of individual machines layout is possible to determine by the using of this program. The simulation of production system is possible to use in the assembly system. The similar problem is solving in a project VEGA 1/0206/09 / Intelligent assembly cell.

“The Trust is Over! We Want to Plough!”: Social Differentiation and the Reversal of Resettlement in South Africa

In the early 1980s residents of Hobeni, in South Africa’s Eastern Cape, were subjected to forced resettlement, under “betterment” policy ostensibly aimed at soil conservation. They were moved into a spatially contiguous but socially differentiated village. South Africa’s political transition ended this policy, and in the early 1990s, some people, mainly from part of the resettlement area (Kunene) characterized by dense kinship networks who had faced pressure to leave, and began to return voluntarily to their former sites, opting to live in dispersed, flexible settlements. Few people resettled in Mhlanganisweni, a part of the village more diverse in its social composition, returned to their former sites. This research highlights the ways exclusion within “socially-embedded” land tenure systems, together with the layout of resettlement areas and other forms of social and economic differentiation, caused patterns of resettlement to diverge from planners’ intentions.

Implementation of Basel II standards in commercial banks in B&H

Based on the study of primary and secondary data from the selected sample of commercial banks, a preliminary statement of the state of the banking system in B&H has been made for the purpose of determining the current level of application and making the appropriate recommendations concerning the continuation of the implementation of Basel II standards. It has been noted that all banks in the sample give high priority to those standards, that they already have certain knowledge of the area and that they provide constant training to their employees with the aim of enabling full implementation of those standards. It has also been determined that the regulatory authorities in B&H have not done enough on adopting new regulation related to the area and that operating results of the banks are not satisfactory, especially in terms of rate of return and capital adequacy of banks. Thus, it is recommended that the banks in B&H, in addition to their regular activities, collect new sources of funding, especially their own funds or fresh equity since the attraction of other sources does not make much sense without it. Also, the regulatory authorities (banking agencies) should adopt new regulation (decrees), and impose the implementation of new standards in the banking industry together with drafting of specific instructions for the application of individual regulation, preparation of different formats of reports (specific layout of forms) and the implementation of standards and instructions in the banks.

A new series parallel switched multilevel dc-link inverter topology

The variable voltage and frequency requirements emphasize the need and elaborate the increasing trend of using multilevel inverters (MLI) in modern drives and utility applications. The MLIs carves out a nearly sinusoidal voltage from a stair case like waveform and the distortion level in the output voltage depends on the number of steps. Increased component count and extension of basic modulation strategies to the MLIs pose a bigger threat in the form layout size, cost and complexity of the gating circuits. These conflicting requirements force to explore different and or new configurations to meet the state of art necessities and it is this perspective a host of topologies keep emerging. Topologies based on multilevel dc-link inverter (MLDCLI) structure pioneer the component reduction and add benefits to suit economic and power quality considerations besides living up to technological innovation. The paper orients to develop a new variety of MLDCLI named series parallel switched multilevel dc-link inverter (SPMLDCLI) with a primary objective to arrive at reduced component count for a particular voltage level. By appropriately choosing a ratio for the voltage sources ( V 0: V n ) and connecting them in series/parallel, a particular level in the output voltage is generated and hence the name SPSMLDCLI. The performance of the topology is investigated through MATLAB based simulation over a range of viable modulation indices and validated using a prototype to propel its applicability in the present day context. The conventional sub harmonic pulse width modulation strategy (SHPWM) with pulse pattern suitable for SPSMLDCLI is considered.

Microwave Drying of Tilapia Fillets: Kinetics and Modeling

To study the effect of microwave output power on the drying kinetics of tilapia fillets, the drying experiments were carried out at 150W, 250W, 500W, 700W and 900W, respectively. And ten mathematical models were involved to fit experimental data. It was found that Midilli et al model gave a best fitness for this conditions applied. Besides, effective moisture diffusivity increased progressively from 1.6248×10-9 (m2/s) to 10.0735×10-9 (m2/s) as the power increased from 150W to 900W. In addition, to obtain more homogeneous samples, temperature distribution of tilapia fillets was analyzed when they were put in different layout forms.

Automated construction of the user interface for a CERIF‐compliant research management system

PurposeThis paper aims to examine the goal, which is to construct a user interface for CERIF‐compatible research management systems in an automated way. The system has to support all data items defined by the CERIF data model. The result of the automated construction is a functioning software system that can be customised according to the specific needs by manual changes in the program code.Design/methodology/approachThe Model‐Driven Architecture (MDA) approach to software engineering is based on the idea of automated construction of software applications based on the model of a system. System modelling usually utilises the Unified Modelling Language (UML). A specific UML profile (extension) used for describing user interface‐related aspects of the system model is defined. It is used to define the behaviour of the user interface in the model itself. By relying on the concept of a standard generic screen form implementing common data management operations and tools for automatic code generation it is possible to obtain a fully functional software application that is completely defined by the system model.FindingsA proposal of an automated user interface construction method for CERIF‐compatible research management systems is defined. The proposed application enables the management of all CERIF‐specified data items and facilitates the customisation of the model according to the specific needs. The customisation process is automated by using the tools for user interface code generation based on human‐computer interaction (HCI) standard defining the layout and behaviour of generic screen forms. The amount of automatically generated application functionality justifies the use of the model‐driven approach to software development.Practical implicationsUsing the model of a system it is possible to efficiently produce a functional software application that can further be customised according to the needs of specific institutions and users. The customisation process itself is made efficient since it is iteratively performed using the same cycles of modelling and software generation. The proposed method for automated user interface construction is used for implementing the web application for research management at the University of Novi Sad.Originality/valueA proposal for efficient software system development and its customisation is given. This way a software application is obtained that can be quickly adapted to new requirements and used in different research management systems based on a CERIF‐compatible data model.

ECOLOGICAL INTERFACE DESIGN FOR COMPLEX SYSTEMS

Ecological Interface Design (EID) has emerged as a viable framework of methodologies, tools, and techniques for generation of computer interfaces for the control of complex systems. It provides a method of using engineering design knowledge to directly inform the design and layout of interface graphical forms and has been experimentally shown to improve operator performance.

Usher: Improving Data Quality with Dynamic Forms

Data quality is a critical problem in modern databases. data-entry forms present the first and arguably best opportunity for detecting and mitigating errors, but there has been little research into automatic methods for improving data quality at entry time. In this paper, we propose Usher, an end-to-end system for form design, entry, and data quality assurance. Using previous form submissions, Usher learns a probabilistic model over the questions of the form. Usher then applies this model at every step of the data-entry process to improve data quality. Before entry, it induces a form layout that captures the most important data values of a form instance as quickly as possible and reduces the complexity of error-prone questions. During entry, it dynamically adapts the form to the values being entered by providing real-time interface feedback, reasking questions with dubious responses, and simplifying questions by reformulating them. After entry, it revisits question responses that it deems likely to have been entered incorrectly by reasking the question or a reformulation thereof. We evaluate these components of Usher using two real-world data sets. Our results demonstrate that Usher can improve data quality considerably at a reduced cost when compared to current practice.

The Minimum Longitudinal Horizontal Linear-Stiffness of Piers of Typical High-Speed Railway’s Layout of Turnout and Bridge

The values of longitudinal horizontal linear-stiffness of piers are very important parameters in the design of welded turnout on bridge and they can have a great impact on the force and displacement of the turnout. The layout form of turnout and bridge of welded turnout structure system on high-speed railway bridges are various, so the values of longitudinal horizontal linear-stiffness of piers have to be limited in order to insure the strength and stability of track structure on bridges and at the same time meet the requirement of comparative displacement of beam and rail, turnout proper and frog. To make the value-taking easy in the design process, a finite element model for welded turnout-bridge-platform is established in this paper, which is based on the principle of longitudinal interaction of welded turnout on bridges. Directing at three typical layout forms (No.18 single turnout+4×32m continuous beam, single crossover+6×32m continuous beam and typical throat point+4×32m continuous beam) of welded turnout and bridge on ballast track, a research of the relation between the force and displacement of turnout, and the values of longitudinal horizontal linear-stiffness of piers has been carried out. Based on the comprehensive analysis, minimal values of longitudinal horizontal linear-stiffness of piers which are suitable for these three kinds of layout forms, and the values are 1000,800 and 1600 kN/cm·double-line respectively.

The American Heart Association's Recommendations for Expanding the Applications of Existing and Future Clinical Registries

Clinical registries play an important role in measuring healthcare delivery and supporting quality improvement for individuals with cardiovascular disease and stroke. Well-designed clinical registry programs provide important mechanisms to monitor patterns of care, evaluate healthcare effectiveness and safety, and improve clinical outcomes. The use of clinical registries is likely to grow given the increasing focus on measuring and improving healthcare delivery and patient outcomes by stakeholders in both the private and public sectors. The American Heart Association (AHA) has a longstanding commitment to promoting the innovative and effective use of clinical registries. The importance of clinical registries was highlighted recently in an AHA Scientific Statement on “Essential Features of a Surveillance System to Support the Prevention and Management of Heart Disease and Stroke” in the United States.1 This policy statement expands on the previous scientific statement by providing recommendations to policy makers and the healthcare community for expansion of the applications of existing and future clinical registries. The term “clinical registry” is defined here as an observational database of a clinical condition, procedure, therapy, or population in which there are often no registry-mandated approaches to therapy and relatively few inclusion or exclusion criteria. The focus of clinical registries is to capture data that reflect “real-world” clinical practice in large patient populations. The data from clinical registries do not replace the need for traditional randomized controlled trials. Rather, registries and trials are complementary approaches, each with unique advantages and imperfections.2 Such clinical registries do not solely contain claims or administrative data yet may be linked to such data sources. There are at least 3 classifications of clinical registries based on the patient population, including procedure/therapy/encounter-based, disease-based, and population-based registries. Registries also can be classified from a functional perspective, such as whether the registry is used to conduct clinical research, …