The Experts below are selected from a list of 231 Experts worldwide ranked by ideXlab platform

Jihyung Park - One of the best experts on this subject based on the ideXlab platform.

  • effect of aesthetic Design elements on tabletop display interaction
    International Conference on Human-Computer Interaction, 2011
    Co-Authors: Hyunglae Lee, Hyunjin Shin, Jihyung Park
    Abstract:

    Recent technology developments in the field of tabletop display systems have provided new types of user experiences that were unavailable in traditional vertical displays. While substantial amount of work has been done on new technologies and usability tests for a tabletop display system, not much attention was focused on aesthetic Design Aspect. In this paper, we studied the effect of aesthetic Design elements on tabletop display interactions, especially focusing on users' emotional satisfaction and usability. For this purpose, two different tabletop display systems, one aesthetically well Designed with 5 selected Design elements (color, typography, form, graphic, and sound) and the other not, were tested in an intelligent collaborative environment. The user study showed that an aesthetically well-Designed tabletop system not only influenced users' emotional satisfaction but also usability by enhancing the abilities in human perception, and eventually affected overall user experience with the system.

  • HCI (4) - Effect of aesthetic Design elements on tabletop display interaction
    Lecture Notes in Computer Science, 2011
    Co-Authors: Hyunglae Lee, Hyunjin Shin, Jihyung Park
    Abstract:

    Recent technology developments in the field of tabletop display systems have provided new types of user experiences that were unavailable in traditional vertical displays. While substantial amount of work has been done on new technologies and usability tests for a tabletop display system, not much attention was focused on aesthetic Design Aspect. In this paper, we studied the effect of aesthetic Design elements on tabletop display interactions, especially focusing on users' emotional satisfaction and usability. For this purpose, two different tabletop display systems, one aesthetically well Designed with 5 selected Design elements (color, typography, form, graphic, and sound) and the other not, were tested in an intelligent collaborative environment. The user study showed that an aesthetically well-Designed tabletop system not only influenced users' emotional satisfaction but also usability by enhancing the abilities in human perception, and eventually affected overall user experience with the system.

Hyunglae Lee - One of the best experts on this subject based on the ideXlab platform.

  • effect of aesthetic Design elements on tabletop display interaction
    International Conference on Human-Computer Interaction, 2011
    Co-Authors: Hyunglae Lee, Hyunjin Shin, Jihyung Park
    Abstract:

    Recent technology developments in the field of tabletop display systems have provided new types of user experiences that were unavailable in traditional vertical displays. While substantial amount of work has been done on new technologies and usability tests for a tabletop display system, not much attention was focused on aesthetic Design Aspect. In this paper, we studied the effect of aesthetic Design elements on tabletop display interactions, especially focusing on users' emotional satisfaction and usability. For this purpose, two different tabletop display systems, one aesthetically well Designed with 5 selected Design elements (color, typography, form, graphic, and sound) and the other not, were tested in an intelligent collaborative environment. The user study showed that an aesthetically well-Designed tabletop system not only influenced users' emotional satisfaction but also usability by enhancing the abilities in human perception, and eventually affected overall user experience with the system.

  • HCI (4) - Effect of aesthetic Design elements on tabletop display interaction
    Lecture Notes in Computer Science, 2011
    Co-Authors: Hyunglae Lee, Hyunjin Shin, Jihyung Park
    Abstract:

    Recent technology developments in the field of tabletop display systems have provided new types of user experiences that were unavailable in traditional vertical displays. While substantial amount of work has been done on new technologies and usability tests for a tabletop display system, not much attention was focused on aesthetic Design Aspect. In this paper, we studied the effect of aesthetic Design elements on tabletop display interactions, especially focusing on users' emotional satisfaction and usability. For this purpose, two different tabletop display systems, one aesthetically well Designed with 5 selected Design elements (color, typography, form, graphic, and sound) and the other not, were tested in an intelligent collaborative environment. The user study showed that an aesthetically well-Designed tabletop system not only influenced users' emotional satisfaction but also usability by enhancing the abilities in human perception, and eventually affected overall user experience with the system.

Hyunjin Shin - One of the best experts on this subject based on the ideXlab platform.

  • effect of aesthetic Design elements on tabletop display interaction
    International Conference on Human-Computer Interaction, 2011
    Co-Authors: Hyunglae Lee, Hyunjin Shin, Jihyung Park
    Abstract:

    Recent technology developments in the field of tabletop display systems have provided new types of user experiences that were unavailable in traditional vertical displays. While substantial amount of work has been done on new technologies and usability tests for a tabletop display system, not much attention was focused on aesthetic Design Aspect. In this paper, we studied the effect of aesthetic Design elements on tabletop display interactions, especially focusing on users' emotional satisfaction and usability. For this purpose, two different tabletop display systems, one aesthetically well Designed with 5 selected Design elements (color, typography, form, graphic, and sound) and the other not, were tested in an intelligent collaborative environment. The user study showed that an aesthetically well-Designed tabletop system not only influenced users' emotional satisfaction but also usability by enhancing the abilities in human perception, and eventually affected overall user experience with the system.

  • HCI (4) - Effect of aesthetic Design elements on tabletop display interaction
    Lecture Notes in Computer Science, 2011
    Co-Authors: Hyunglae Lee, Hyunjin Shin, Jihyung Park
    Abstract:

    Recent technology developments in the field of tabletop display systems have provided new types of user experiences that were unavailable in traditional vertical displays. While substantial amount of work has been done on new technologies and usability tests for a tabletop display system, not much attention was focused on aesthetic Design Aspect. In this paper, we studied the effect of aesthetic Design elements on tabletop display interactions, especially focusing on users' emotional satisfaction and usability. For this purpose, two different tabletop display systems, one aesthetically well Designed with 5 selected Design elements (color, typography, form, graphic, and sound) and the other not, were tested in an intelligent collaborative environment. The user study showed that an aesthetically well-Designed tabletop system not only influenced users' emotional satisfaction but also usability by enhancing the abilities in human perception, and eventually affected overall user experience with the system.

Paul Jukes - One of the best experts on this subject based on the ideXlab platform.

  • Comprehensive FEA of Thermal Mitigation Buoyancy Module (TMBM)–Soil Interaction Using the Coupled Eulerian–Lagrangian (CEL) Method
    29th International Conference on Ocean Offshore and Arctic Engineering: Volume 5 Parts A and B, 2010
    Co-Authors: Kenton Pike, Gang Duan, Jason Sun, Paul Jukes
    Abstract:

    Thermal expansion and global buckling is a critical Design Aspect for subsea flowline systems subjected to high pressure and high temperature (HPHT). In the Gulf of Mexico, HPHT oil/gas production is becoming exceedingly common as drilling and production depths extend deeper. Advanced finite element analysis becomes essential for flowline expansion and buckling Design which is highly dependent on pipe-soil interaction behavior. For decades, pipe-soil interaction has been the focus of many research studies and joint industry projects. For HPHT flowline systems, thermal mitigation is decisive for safe Design. Thermal mitigation acts to control global buckling at Designate locations and avoid buckling in unknown locations. Thermal mitigation results in significant cost savings by lowering the welding class besides the buckling locations and increases safety in terms of local buckling, fracture, and fatigue. One widely used thermal mitigation method involves attaching a buoyancy module around a segment of the flowline. In this paper the Coupled Eulerian Langrangian (CEL) finite element (FE) formulation is utilized to simulate the interaction between soil and the thermal mitigation buoyancy module (TMBM). The paper demonstrates the capability of the CEL FE method to simulate large soil deformation without the numerical difficulties that are commonly associated with other numerical formulations e.g. ALE (Arbitrary Lagrangian Eulerian) or more conventional Lagrangian. Initially, a three dimensional (3D), continuum, FE model is used to establish the variation of initial embedment along the length of the buoyancy and adjoining pipe. The study then establishes the lateral displacement/resistance relationships under different levels of contact pressure and soil embedment for a series of buoyancy-soil interaction segments, also using the CEL FE method. Current practice for global pipeline thermal expansion FEA is to utilize the same friction model for both buoyancy-soil interaction and pipe-soil interaction. The obtained buoyancy-soil interaction model from the current study is to be used as input to the global FE model to more precisely simulate flowline lateral buckling behavior. This paper presents a practical application of the current state of the art in modeling large soil deformations in providing an improved approach for modeling buoyancy-soil interactions in the global FEA of pipeline thermal expansion and lateral buckling.Copyright © 2010 by ASME

Bhavesh Patel - One of the best experts on this subject based on the ideXlab platform.

  • Energy and Exergy Investigation of Small Capacity Single Effect Lithium Bromide Absorption Refrigeration System
    Energy Procedia, 2017
    Co-Authors: Bhaumik Modi, Anurag Mudgal, Bhavesh Patel
    Abstract:

    Abstract In the present study, the energy and exergy investigation of absorption refrigeration system (ARS) in LiBr - H 2 O solution is modelled and analysed for each component. An optimization criterion applied to the generator temperature in order to enhance energy and rational efficiency and also, most exergy destruction components are identified. The results propose that generator and absorber are the essential components according to the Design Aspect. Likewise, it is highlighted that COP and rational efficiency are fluctuated regarding the component temperature of ARS. It is also found that the COP of heating increased with increment in generator temperature while the circulation ratio showed the inverse pattern.