基于绿色理念的材料因素的探讨——浅析家具设计中的绿色材料

绿色家具设计是满足消费者需求,给人类提供一个健康持续环境的必然选择。绿色材料是绿色设计的基础,通过对绿色材料的分类概括,从绿色设计的6R原则出发,提出了家具设计中绿色材料选择的原则。设计师应当承担起绿色家具设计的责任。     

智能化老年家具设计系统研究

文章首先对智能家具的概念、特点以及组成形式进行了探讨。其次,从不同角度对智能化老年家具进行了分类,并根据智能化老年家具的特点总结出设计智能化老年家具的普遍原则和方法。文章最后针对不同的使用功能,对智能化老年家具产品进行详细的设计分析。     

于楚文化中找寻设计灵感——浅谈“黑·白·红”系列家具设计

中国家具要想走向世界,就必须具有自己的特色。中国历史悠久、光辉灿烂的文明为我们的现代家具设计提供了源源不断的设计灵感。其中作为中国古典家具早期发展主流的楚式家具,对后世家具的发展起到了巨大的推动作用。本文借分析笔者"黑·白·红"系列家具设计作品对于楚式家具设计的借鉴、提炼与改造,试图传达个人在设计中的一点感悟:现代与传统,民族与世界的融合,是全球化时代本土家具设计的得胜之道。     

纸质儿童家具的设计

本文简述了儿童家具的特点和纸质儿童家具的优点,探讨了纸质儿童家具的设计原则和要点。最后为了儿童综合能力的培养,通过设计实例说明纸质儿童家具的设计与制作过程。     

家具设计新方向——救生家具设计研究

救生家具是家具设计创新的一种新出发点。由于家具的普遍性,救生工具的局限性,这使得家具设计的救生功能有了存在的可能性。本论文旨在工业设计范畴内探讨救生家具的功能开发问题。     

“家具设计”专业本科教学体系改革研究

首先对中国当前本科家具设计专业教学中缺乏全面知识结构的培养、教学方法单一、欠缺培养动手能力等现状进行分析。结合中国家具设计领域与家具行业特点,提出由合作性、问题性、实践性三个方面构成家具设计专业本科教学的基本框架。根据这个基本框架,对家具设计本科教学体系的建立提出新观点,并分别从教学体制、教学方式和教学实践等方面详尽分析、阐述观点。总结出以"三分法"教学体制为主导,多种教学方式并存,理论结合实践的本科教学体系。     

低碳健身理念在家具设计中的应用——以健身家具设计为例

以低碳经济下的低碳健身理念为切入点,分析了人们低碳健身对家具设计的需求,并提出健身家具的概念。文章旨在通过新理念的提出,探讨低碳健身理念下的家具设计原则,从而让家具设计师对需求与功能设计有新思考,并更加注重设计质量,保证低碳设计的社会性和持续性。     

20世纪后半叶的意大利家具设计

本文初步介绍了20世纪后半叶意大利设计,着重介绍了在这50年的时间内意大利家具设计的发展、特点。说明了形成这种意大利家具设计独特魅力的原因。并且具体的从几件家具的分析入手,说明了其风格在设计造型中如何去表达和具体的体现手法。     

家具产品的过度设计之分析

家具过度设计具有特殊性和较强的隐蔽性。人们往往通过推出新的设计风格来应对,但治标治本,我们必须追求家具的内在价值。本文将针对家具的特殊性进行探讨,分析过度设计的原因、带来的危害。重塑家具的设计伦理观、消费伦理观,引导人们追求家具的内在伦理价值,从而解决家具过度设计的问题。     

人文主义影响下的城市家具设计

本文阐述了人文主义影响下的城市家具发展趋势,从人性化角度对城市家具设计的层面进行了分析,并通过设计语言论述了城市家具人性化设计的表现要素。     

Integrity validation in semantic engineering design environment

A collaborative engineering design environment has been devised based on semantic Web technologies. The Semantic Engineering Design Environment (SEDE) consists of Engineering Ontology, Design Rules, Design Database, and Design Data Web Service. The Design Data Web Service provides users APIs (Application Programming Interface) so that distributed Design Participants interface each other. The domain knowledge of design objects can be logically expressed by OWL (Web Ontology Language). Design rules regarding change management are encoded in XQuery and stored as database triggers. Once design data changes, associated design rules will be validated by database systems. In this paper we introduce the overall architecture of the collaborative engineering design environment and present working scenarios with examples.     

Grounded design: Design patterns as the link between theory and practice

The process of designing a networked learning environment can be characterized by a high degree of uncertainty. This is especially true when the design includes innovative technologies. It is difficult to design a networked learning environment that closely fits the requirements of the educational practice. Often the technology seems leading in the design process because it is the most tangible aspect of the e-learning environment. This brings along the risk that the technology becomes detached from its context of use.Design patterns are a means to overcome this problem of detachment between design and practice. Design patterns make the tight relationship between the two more explicit. In this paper we further elaborate on the relationship between design and practice. We will stress the importance of theory in the development of design patterns. Theory development is an essential aspect of our approach to the development of design patterns. The approach is oriented towards a systematic analysis of problems and the development of conceptual models that guide the definition and evaluation of design patterns. In this paper we present a case study of how the approach was used to develop design patterns for networked learning in the classroom.     

Design parameterization and tool integration for CAD-based mechanism optimization

This paper presents an open and integrated tool environment that enables engineers to effectively search, in a CAD solid model form, for a mechanism design with optimal kinematic and dynamic performance. In order to demonstrate the feasibility of such an environment, design parameterization that supports capturing design intents in product solid models must be available, and advanced modeling, simulation, and optimization technologies implemented in engineering software tools must be incorporated. In this paper, the design parameterization capabilities developed previously have been applied to support design optimization of engineering products, including a High Mobility Multi-purpose Wheeled Vehicle (HMMWV). In the proposed environment, Pro/ENGINEER and SolidWorks are supported for product model representation, DADS (Dynamic Analysis and Design System) is employed for dynamic simulation of mechanical systems including ground vehicles, and DOT (Design Optimization Tool) is included for a batch mode design optimization. In addition to the commercial tools, a number of software modules have been implemented to support the integration; e.g., interface modules for data retrieval, and model update modules for updating CAD and simulation models in accordance with design changes. Note that in this research, the overall finite difference method has been adopted to support design sensitivity analysis.     

装甲机械化分队作战模拟系统的通信设计

通信设计是装甲机械化分队作战模拟系统的重要方面，该文介绍了该系统的串口通信和网络通信的运行环境和程序特点，给出了程序实现步骤和框图，设计了文字报告及命令处理方案。     

计算机支持下的协同设计及其环境研究

在计算机的支持下进行协同设计是一种能够适应当今产品开发特点的设计方式,目前正日益受到重视。该文在对协同设计过程分析的基础上,阐述了实施协同设计的主要问题和关键技术。根据协同设计的特点,提出了建立计算机支持下的协同设计环境的方法,为进一步开展研究工作和进行支持环境的开发奠定了基础。     

超媒体设计模式综述

介绍发超媒体设计模式的研究现状,列举了主要的一些超媒体设计模式以及超媒体设计模式的分类方案,重点介绍了两上典型的超媒体设计模式;导航环境（Navigational Contexts)和信息随选（Information on Demand)。     

浅谈构成设计课程的教学创新

构成设计是设计类专业的重要基础课程之一,是引领学生走进设计领域的起点。由于新材料、新媒介、设计新思潮和新教学模式的发展,传统的构成设计教学体系已不能充分适应现代设计类专业教学所面临的新问题,沿袭多年的构成设计教学体系面临改革和创新的要求。本文以环境艺术设计专业为例对构成设计教学创新进行探讨。     

基于ASP.NET的课题管理系统

研究.NET平台下课题管理系统的设计与实现,从开发环境、系统架构、功能设计及编程开发等方面详细介绍了实现过程,对项目课题较多的单位或部门的课题管理工作有一定的借鉴意义。     

Computerized task risk assessment using digital human modeling based Job Risk Classification Model

Different from the classical ergonomics analysis, Virtual Interactive Design methodology relies on manikin movements in virtual environment. This platform has been implemented by researchers to accomplish static ergonomic analyses including Rapid Upper Limb Assessment, NIOSH lifting equation and Static Strength Prediction. However, considering only static posture information limits the capacity of ergonomics analysis. In this study, the methodology of performing dynamic ergonomics analysis based on this Virtual Interactive Design platform is proposed. This environment allows velocity and angular velocity of specified body segments/joints calculated for designed tasks to be used to assess the corresponding risk levels based on Job Risk Classification Model. The motion calculation is completed based on the captured interaction between human participants and virtual workplace/mockup. To evaluate the validity and reliability of this upgraded platform, potential errors are analyzed by comparing outputs from several designed experimental conditions.     

A Social Media framework to support Engineering Design Communication

Engineering Design Communication (EDC) is fundamental to almost all Engineering Design activities as it provides the ability for knowledge and information to be shared between engineers. It is part of ‘what we do’. This communication contains a great deal of rationale relating to the evolution of Product Development and is essential for understanding ‘why the product is the way it is’. The need to support EDC is becoming more important due to the fact that Product Development is becoming more distributed, multi-disciplinary and involving greater re-use of past designs. With the advent of Social Media (SM), it is argued that there is the technical capability to provide more effective support for EDC within a computer-mediated environment. In order to explore this potential, this paper defines the requirements for the effective support of EDC through an extensive review of the literature. It then discusses the suitability of a SM approach and then presents the theoretical foundations of a SM framework to support EDC.