环境艺术系

<正>环境艺术系1996年建系,经过多年建设发展,现有环境艺术设计、装潢艺术设计、装饰艺术设计、环境雕塑、社区环境景观、美术、摄影等七个专业,环境艺术系教学团队由专任教师和来自行业企业的资深设计师、企业家等兼职教师组成。环境艺术系现有专兼职教师53名,其中专任教师35名,兼职教师18名。     

《油气田环境保护》装帧设计和信息化建设双丰收

<正>《油气田环境保护》在保证刊文质量的同时,致力于装帧艺术水平和信息化水平的提高,于2014年初取得了两项可喜成绩。一是荣获艺术设计大赛奖项。经过初选、复评及终评三轮程序的严格选拔,《油气田环境保护》从百余家出版单位报送的数千件作品中脱颖而出,获得第二届华文岀版物艺术设计大赛优秀奖,这是继2011年获得首届华文艺术大赛优秀奖后取得的又一设计大奖。二是正式开通期刊网站。通过半年的调试试用,《油气田环境保护》网站(http://yqthjbh.com)于2014年3月21日起正     

艺术设计专业实践教学规范管理研究

从教学资源、实训基地、实训项目、学生管理、评价体系五个方面对影响艺术设计专业实践教学规范管理因素进行分析,总结出艺术设计专业实践教学独特性与规律性并存的特点,在此基础上进一步阐明了艺术设计专业实践教学在教学资源管理、实训基地管理、实训项目管理、学生管理等方面的具体作法,并且对艺术设计专业实践教学规范化管理的实效性进行了深入探讨。     

关于毕业设计教学的一些认识与思考——以郑州轻工业学院易斯顿美术学院为例

目前,我国的艺术设计教育事业正在蓬勃发展的时期,但同时又存在着一些发展不平衡的现象,以艺术设计专业的毕业设计为例,除个别专业院校外,大部分院校的艺术设计类专业的毕业设计教学环节存在着诸多问题,且这些问题在很长一段时间内都没有很好地被解决。     

省级精品课“室内空间设计与实践”简介

正室内空间设计与实践课程开设于2001年,是中国环境管理干部学院环境艺术设计专业的专业核心课程,2006年被评为河北省省级精品课程,2011年通过河北省精品课复评。根据河北省教育厅室内设计与装修专业的改革与建设要求,环境艺术专业成立室内空间设计与实践课程组,坚持以"实际、实用、实践"的原则作为教学改革指导思想,以"立足岗位、一专多能、面向企业、     

现代图书馆—建筑美与环境美的和谐统一

通过传统图书馆与现代图书馆建筑环境设计的对比，阐述了现代图书馆建筑美与环境美的和谐统一。     

会议信息

2012汽车内外饰产品开发及新材料应用研讨会召开2012年MADE汽车内外饰产品开发及新材料应用研讨会于6月4日~5日在上海顺利举行。会议的主题是智能化汽车时代的内外饰产品开发。《环境技术》杂志作     

地方文化在城市雕塑设计中的表达——以山东省威海市海滨雕塑为例

城市雕塑是城市文化的载体,具有重要的文化意义,但目前我国城市雕塑缺乏地方文化特色的现象较突出.在对国内外相关研究文献回顾的基础上借鉴雕塑设计、景观设计、旅游规划和公共艺术设计的研究成果,确定了城市地方文化在城市雕塑设计中表达的理论与方法以及相应的实施程序,并以山东省威海市为例进行了理论验证,提出了新型城市雕塑的概念设计与实施建议.     

国内外环境管制与企业竞争力关系研究综述

环境管制与企业竞争力之间的关系问题成为近几年来国内外广泛关注的热点问题之一,许多学者对此问题的看法各不相同.对已有的研究成果进行了系统分类和归纳总结,旨在揭示政府的环境管制与企业竞争力之间的关系及作用机制,为促进企业的经济发展与环境保护的协调发展和可持续发展提供改革的理论依据.     

环境与可靠性试验方法研究

实验室进行的试验分两类,一类通过应力激发观察发现事物的运动规律与特性达到科学发现的目的;第二类是通过环境可能遇到各种事件,用事件模拟的方法,考核评定产品耐环境的能力,观测某种环境应力的作用产生的效应,发现产品缺陷和薄弱环节,改进产品设计工艺,提高产品的质量可得到科学快速正确试验结果,各类试验都制定了统一试验方法,确保试验的模拟性和试验结果再现性。随科学技术的发展试验方法也在发展,有关组织规定定期修订标准,以确保试验方法的不断发展,本文讨论试验方法中的发展。     

A comprehensive set of resource use indicators from the micro to the macro level

Many of today's most urgent environmental problems arise from increasing volumes of worldwide production and consumption and the associated use of natural resources, including renewable and non-renewable raw materials, energy, water and land. Solid indicators to measure different dimensions of anthropogenic resource use are essential for designing appropriate policy measures for a sustainable management of these resources. Based on a brief review of the current state of the art of resource use indicators, this paper suggests a new set of complementary resource use indicators, combining existing measures for resource use. The suggested indicator set covers the core resource input categories of materials, water and land area and includes the output category of greenhouse gas emissions. This set can be applied consistently from the micro level of products and companies up to the macro level of countries and world regions. All suggested indicators take a life-cycle wide perspective on production and consumption activities. This set of indicators deals with the issue of the overall scale of the human production and consumption system. It can be regarded as the general indicator framework, based on which more specific indicators, for example, on different environmental impacts related to natural resource use, can be calculated.     

家庭装修与选材

装修材料的正确选择是完善空间环境设计的主要要素,本文根据目前市场上一些流行的装修材料的特性进行全方位的分析,力求根据空间自身的特点,合理的运用材料本身的设计语言,创造出更加适用、丰富、绿色的可延展性的意境空间。     

A review on optimization techniques for sizing of solar-wind hybrid energy systems

Solar and wind are inexhaustible, abundant, environmentally friendly and freely available renewable energy sources. Integration of these two sources has always been a complex optimization problem which requires efficient planning, designing and control strategies. Many researchers have designed cost effective and efficient hybrid solar-wind energy systems by using various available software tools and optimization algorithms. With the advancement in artificial intelligence methods, various new optimization techniques have been developed in the last few decades. This paper presents state of the art optimization methods applied to hybrid renewable based energy systems. A brief introduction of each technique is presented along with papers published in different reputed journals. This article also reviews different power management, control strategies and multi-objective optimization methods used for hybrid wind-solar systems. A case study is presented to demonstrate the efficacy of some of the algorithms.     

Re-imagining the environment: using an environmental art festival to encourage pro-environmental behaviour and a sense of place

Environmental art can be used by government as an engaging medium to encourage pro-environmental behaviour and a sense of place at a grassroots level. By stimulating discussion and reflection, environmental art offers an imaginative format to promote environmental engagement. In this case, by placing artworks in nature, a community's focus was drawn to the beauty of their everyday environment and the ideas communicated by the works, in an effort to encourage environmental awareness and stewardship. This study explores audience responses to Floating Land – a local-government-initiated environmental art festival held in the Noosa Biosphere in Australia. A multi-layered perspective of the festival's impact on pro-environmental behaviours and sense of place was investigated via questionnaires administered to the audience, workshop participants and local residents. Data offered insights into attitude differences between those who intended to change their behaviour and those who did not; understandings about the influence of workshop facilitators; and revelations about a community finding opportunities to re-imagine their place through environmental art. Recommendations are offered as a way for governments to incorporate environmental art into their role of educating for the environment. This study contributes to the under-researched area of audience responses to environmental art by providing qualitative and quantitative analysis that draws out understandings of the impact of art that promotes environmental awareness and a sense of place. The study reveals that Floating Land contributed to reinforcing the essential role of local people in engendering positive change, thus manifesting the aims of the Biosphere Reserve and Agenda 21.     

Emissions concerns during renovation in the healthcare setting: Asbestos abatement of floor tile and mastic in medical facilities

Healthcare facilities undergoing renovation have specific concerns that are exacerbated when the restoration requires asbestos abatement of aged floor tile and mastic. The current state of the art for removal of these materials involves manual removal of floor tile and chemical stripping of mastic. Utilization of these stripping chemicals is a concern for facilities whose perception is based on a safe, caring, and healthy environment. In this study, wet grinding is evaluated as an alternative to chemical stripping of asbestos-containing floor tile mastic. This study endeavors to answer the question; what is the difference between these two methodologies in terms of their operational efficacy and suitability in the healthcare setting. Wet grinding and chemical stripping are evaluated in a side-by-side comparison using a mixed methods approach. The data shows that the methodologies are statistically similar in terms of their cost and emissions data. The data indicates that the benefits associated with the wet grinding method offer advantages that are not present using the chemical stripping method. This study also demonstrates that wet grinding is a viable alternative to chemical stripping especially in healthcare facilities.     

Designing a sustainable facility to improve energy and environmental performance at the women's humane society

Susan Maxman Architects was selected to design a new facility for the Women's Humane Society. The project, located on a disturbed site in Bensalem, Pennsylvania, presented an environmental challenge as a large part of the site is wetlands and the site is home to a large PECO power line. This case study describes the process of designing a facility that incorporates the concerns of environmental responsibility. It will show how the decisions in the design of the built environment can very much influence the well-being of the natural environment. It describes the ways in which the client was convinced that it was of great benefit to create a facility that was energy-efficient and environmentally sensitive. The article also explores the successes and failures of this process. It discusses barriers that exist in comprehensively incorporating sustainable design principles in these facilities and shows how it is applicable for the development of other facilities.     

Recycling concepts and the index of recyclability for building materials

It is well known that reserves of non-renewable resources are limited and that waste emitted into the air, soil and earth pollute the environment. In addition to proposing a change in the architects’ way of thinking, the climate change further requires an improvement in the environment, politics and social consciousness. The chase for sustainable architecture must also consider the end of the life cycles of materials. The aim of this work is to introduce new concepts regarding materials and building elements that reach the end of their first life cycle and to evaluate the potential for recyclability of those materials. The research method is based on a hierarchic upside down pyramid that gives priority to the reuse and recycling of materials and afterwards allows for the creation of recyclability levels of the materials and elements. The results show that the concepts created regarding recycled, infracycled, reused and infraused materials are more suitable to the current situation. The indexes of recyclability quantify the betterment of the environment in the construction processes of buildings that are made from recycled or recyclable materials. In this manner, recyclability allows changing the way architects design and construct buildings, and it is a step forward to the closed-loop material cycle.     

雕塑的永恒性在环境当中的退化

古代雕塑具有记录历史、纪念人物形象、宣传、装饰环境的作用。现代雕塑的表现形式由写实到抽象,材料更轻便、廉价,在环境中存在的时间越来越短了。雕塑本身具有的永恒性已经逐渐地退化了,这种退化源自于社会的更替、人文环境的变化和新材料的出现。     

计算机企业环境管理信息系统研究

本文介绍了计算机辅助企业环境管理信息系统软件的设计思路、设计方法、技术特点及应用情况,该软件将企业环境管理事后的、末端的资料变为生产全过程控制的信息,实现了企业污染预报和企业环境的动态管理。有效地预防污染事故的发生,使企业环境管理迈上科学化、规范化、标准化的新台阶。     

人居环境与生态理念

绿化建设是利用生态的想法(Ecological thinking)来创造人们的生活及工作空间。这样创造出来的健康而舒适的空间,不但不增加投资,实际上更能节能及减少运行费用,并改善空间用户的生产效率。所以在人居环境中引入"生态理念"是势在必行的。生态住宅生态设计是人居环境建设的关键。生态设计意识与住宅生态学已成为各国房产业、建筑业广泛关注的重点。