Implementation of Green Building Design Strategies Needs Whole Process Control and Supervision

Whether the intention of green building design can be realized in buildings needs to be verified in practice.This study firstly investigates the basic climate conditions including the monthly average temperatures,humidity,wind directions,and wind speeds in Sydney,Australia,based on which it introduces some passive design features such as natural ventilation,thermal mass,natural lighting and shading control of an educational and office building in the University of New South Wales.Then,it reviews some problems identified from the post-occupancy stage of the building and discusses the strategies to solve the problems.Finally,it suggests that to implement the design intentions and ensure the expected performance of green buildings,attentions should be paid to supervise and direct implementation of the green design strategies and techniques in the whole process(from preliminary design,working drawing design,construction,to the occupancy stage) of building practice.     

Study on the qualitative analysis and application of radio wave tunnel perspective

In order to accurately survey the situation of geologic anomalous body on the coal working surface, the influence situation of different anomalous bodies on the radio wave instrument is simulated and discussed, and the research results are used to instruct coal survey. In practical application, it can divide disaster unusual area more accurately, instruct the design and plan of coal mine disaster prevention and control reasonably, provide experience for similar coal mine of geological disaster prevention and control.     

Modeling and realizing of integrated batch planning for steelmaking-continuous casting and hot strip rolling

An integrated batch planning mathematical model based on multi-object optimization is proposed to solve the orderly and efficient flow of material between different working stations in iron and steel enterprises, where production technology constraints, material variations and coupling between steelmaking-continuous casting and hot rolling are analyzed first. According to the requirements of the hot rolling steel strip contracts, the integrated batch planning is divided into sub-plans of rolling plan, casting plan and furnace plan which are independent and coupling to each other, forming rolling plan and furnace plan simultaneously to influence casting plan. Heuristic method based on modified co-evolutionary algorithm is advanced to resolve this problem. The results of simulation and analysis in an iron and steel plant for strip steel production shows that it is feasible to provide effective guidance for integrated batch plan making.     

Design of Self-adjusting Planetary Gear Rotation Mechanism Based on Planetary Gear Structures Muster

Self-adjusting planetary gear rational mechanism can eliminate the influence of various uncertain errors in mechanism. Therefore ,it's method of self-adjusting designing is attented by machine designer. For seeking a simple, regular, and widely realizing self-adjusting designing way, this article uses approach of the follow text to design no over-constraint and self-adjusting mechanism. First, the article advances the conception of planetary gear structure muster and it's plotting basis, through using for reference the strategy and method of self-adjusting structure groups in planar linkage mechanism. Second, it designs the self-adjusting planetary gear structure muster, through analyzing the constraint and freedom of planetary gear structure muster. Third, it designs the self-adjusting mechanism, through adding aptitude rotational links outside of self-adjusting planetary gear structure muster. This mechanism can realizes the self-adjusting in the interior of muster and self-adapting in the exterior of muster. This designing plan possesses a series of excellence, such as, theoretical, simple, feasible, widely self-adjusting. Consequently, the mechanism can eliminate the working capability influence of various errors.     

Analysis on Limitation of Present Urban Planning in China

In urban design, only by continuous and dynamic research work from design to finally putting it into practice, can we made good control on city appearance. This article analyzes nowadays defects in our urban design from two aspects as the result establishment and validated control, and tries to conceive a feasibility plan to solve the problem.     

Grey Optimal Options of Design Plans for Deep Cutting Slope

The selection of the design plans for deep cutting slope of high-level highway in mountain area,in general speaking,only depends on the designer's experience and intuitive determination at the present time,which results in unreasonable,even error,decision or plan.It unavoidably causes enormous damage.This paper proposes to adopt correlation degree analysis method of grey system theory for choosing the optimal design plan.It will give a definite and real meaning about choosing design plan and avoiding or reducing errors in design work.     

Pursuing Harmony between Form and Meaning:A Case Study of Plan and Design of Gongbo Folk Custom Park

Taking Gongbo Folk Custom Park as the thread,this paper expounded the importance of sticking to the cultural and historical concept in landscape design,and made a preliminary exploration of application in actual landscape design.In the plan and design,it pursued unique characteristics through cultural refinement,focused on the study of connotation of Gongbo regional culture,refined and manifests the essence of culture in the design,and provided a brand new and colorful modern cultural living space for Tibetan people.     

300 MW CFB Boiler Fan Inverter Energy Saving and Safety Analysis

By the wind turbine design, start and stop, control, operation and other aspects of analysis, and combined with the actual production,the double leg double furnace structure of 300MW CFB boiler one or two fan energy-saving plan had be selected. By compari     

年产万吨净菜工厂设计初探

712100 陕西杨陵西北农林科技大学食品学院,     

A SYSTEMATIC EVALUATION METHOD BUILDING DESIGN PLAN

This paper discusses the evaluation method of building design plan with the view of systematization and presents factors concerning building design plan. According to characteristics of multifactor, multipurpose, multifunction and multi-administrative levels in building design system, this comprehensive evaluation method provides a scientific basis for policymakers.     

Simulation method for multi-machine and multi-task crane scheduling in steelmaking plant

It is of great significance in steel complex to link production flow between work stations and control production rhythm by cranes. Crane scheduling is a multi-machine multi-task problem which limits temporal and spatial constraints and production plan. A simulation model based on evolution rules to solve temporal and spatial constraints is proposed. Its objective is to guarantee execution of production plan in steelmaking plant. And match between cranes and production task on working span is conducted to fulfill temporal constraints between multi-tasks and spatial constraints among multi-cranes. Simulation rules including task allocation, conflicts eliminating and task finishing are also proposed to dominate simulation process. This model avoids difficulties of theoretical calculation for crane scheduling problem. Offline test in a steelmaking plant shows that it is available to make a crane scheduling without conflicts between cranes and plans, which provides a guideline for production scheduling.     

A Non-Euclidean Geometry Electronic Drawing-board

The concept and method of adding a projection plane to AUTO CAD drawing-board and drawing non-Euclidean geometry graph on the board are discussed. The correlative application software is programmed. The analysis of the working angle of complicate shows that developing the new type cutters are rapidly and accurately with this software.     

自然崩落法高阶段多漏斗放矿矿岩流动模拟及结构参数优化

为掌握自然崩落法多漏斗放矿属性矿岩流动特性,给出属性随机介质放矿理论基础,从放矿水平布置出发,提炼出高阶段多漏斗放矿仿真模型。采用4块模型、6块模型和9块模型3种概率模型分别考虑不同的放矿端部条件;建立流动颗粒体数据结构和空位传递模型,设计高阶段多漏斗放矿流动数据结构和模拟流程,采用C++面向对象语言和hoops可视化工具包开发模拟程序,在三维可视化环境下得到了不同放矿点间距下多漏斗放矿的矿岩流动特性。根据研究结果,确定放矿底部结构优化参数,为放矿控制和放矿优化提供了参考和依据,并可作为后续放矿计划编制的基础。     

Research on the Design Method of Digital Urban Lighting

This paper has introduced a kind of design method for digital urban lighting, it is an application of the illuminating engineering in digital city and a kind of measurable, dynamic visualization design method of the effect of digital urban lighting. A kind of new artificial method of scene imitation has been proposed in this paper. After taking pictures by verified digital camera, the luminosity and color information are taken to imitate the effect of urban lighting design, to display the current and future effect of lighting for the scene and thus optimize the urban lighting design plan to meet the demand of energy - conservation and beautifying the urban night scene.     

Relations between Urban Design and City Planning in the Work of Plan-making

In this paper, three fundamental principles of city planning under the present system are brought forward: the integration of urban design and city planning, the double attributes and position of the urban design and the correspondence between the urban design and the city planning in levels. Therefore, according to the different circumstances, three functioning ways for the urban design in the practice of plan making are put forward: to put the urban design into the system of city planning, to work out the urban design as a research work and then make use of its achievement in the work of plan making, and to regard the urban design as a specialized work of city planning.     

A SIMPLE AND FAST DRAWING APPROACH FOR ARROW DIAGRAM

This paper discusses the drawing approach arrow diagram. After repeated explorations and thinking,a simple and fast drawing approach for arrow diagram is formulated. The approach overcomes the drawback of existing drawing methods. Besides its fastness,it has the advantages of clear presentation of logical relations,easy access to correctness and it can be easily grasped by beginners.     

鸡蛋质量自动分拣设备控制系统设计

设计了基于PLC技术的鸡蛋质量自动分拣设备的硬件系统和软件系统,阐述了设备的工作原理、总体结构及工作过程。该设备能够完成鸡蛋的自动分级、品质检测和计数功能,具有快速、准确和应用范围广等特点,实现了鸡蛋的在线检测和分级自动化。     

Application of CAD Techniques for Design of Packaging Paper Box

CAD techniques were applied to automated design of packaging paper box such as the performance and selection of box pattern, the structure computation, the art design(including sample design, the box sample unfolding and craft drawing), input and edition of Chinese characters and foreign words, and output of the drawings. A packaging paper box system is developed to automate the packaging paper box design processes.     

Media in Indonesia: Forum for political change and critical assessment

Abstract: This paper reviews the struggle for freedom of the press in Indonesia from the colonial period until 2006. First, the paper examines press initiatives and restraints placed on these during the colonial period, followed by those during the period of Sukarno. Then, the paper questions Suharto's efforts to censor the press during his presidency drawing on the author's personal experiences working as a journalist in Jakarta during this period. More recent governmental changes are then analysed with regards to the press and questions raised regarding how far this emancipation has enabled journalists and the mass media – especially the popular press – to live up to what some argue is their responsibility, to serve as a forum for political change and critical assessment. The paper questions if newspapers in Indonesia have been successful in reaching in practice, their mottos of implementing press freedom, and it debates whether announcing that one is ‘working on the people's behalf’ is the same as maintaining ‘press freedom’. I conclude with case studies that raise questions regarding whether, in the present political climate, a newspaper can really be free from government interference in Indonesia.     

居住建筑室内热环境低能耗营造的多目标设计方法

人居环境改善涉及重大民生问题,节能减排是国家重大战略。因此,有必要寻求合理的居住建筑设计方法,使设计方案既满足居民的室内热舒适需求又能降低建筑能耗。基于多目标遗传优化算法,建立能够对建筑设计方案进行优化、实现增加室内热舒适时间比例的同时降低建筑全年冷热负荷的居住建筑设计双目标优化模型。最后,以重庆典型户型为实例进行优化,优化后的设计方案建筑全年冷热负荷降低了47.74%,室内热舒适时间比例提高了3.94%,验证了模型的可行性和准确性。