南京国民政府前期县知事兼理司法浅析

县知事兼理司法是在民国时期新式法院设立不足的情况下,所推行的一种由县级行政长官兼理审判检察权的一种临时性司法救济措施。在实践过程中,该制度并没有得到很好的执行,一定程度上造成了司法上的黑暗。它是现代司法制度对当时中国社会的屈从．中国转型社会的表现。     

并行工程在管理中的应用

在 2 1世纪 ,企业绝不能象过去那样满足于某一方面的优势 ,而要尽可能全面发展。为此企业必须要寻找一种新的整体优化管理模式。针对产品的开发设计而言 ,则要摒弃原有的开发设计模式———串行方式 ,采用新的方式———并行工程。本文介绍了并行工程的基本概念和它作为一种新的管理思想的内涵 ,并重点阐述了这种管理思想在企业中的应用。     

A Risk Analysis Model in Concurrent Engineering Product Development

Concurrent engineering has been widely accepted as a viable strategy for companies to reduce time to market and achieve overall cost savings. This article analyzes various risks and challenges in product development under the concurrent engineering environment. A three‐dimensional early warning approach for product development risk management is proposed by integrating graphical evaluation and review technique (GERT) and failure modes and effects analysis (FMEA). Simulation models are created to solve our proposed concurrent engineering product development risk management model. Solutions lead to identification of key risk controlling points. This article demonstrates the value of our approach to risk analysis as a means to monitor various risks typical in the manufacturing sector. This article has three main contributions. First, we establish a conceptual framework to classify various risks in concurrent engineering (CE) product development (PD). Second, we propose use of existing quantitative approaches for PD risk analysis purposes: GERT, FMEA, and product database management (PDM). Based on quantitative tools, we create our approach for risk management of CE PD and discuss solutions of the models. Third, we demonstrate the value of applying our approach using data from a typical Chinese motor company.     

Concurrent consideration of product design,process planning and production planning activities

In manufacturing engineering, product design, process planning and production planning activities are often considered independently. However, in order to effectively respond to changes in business situations, such as changes in demand forecast, product mix and technology, it is desirable to consider them concurrently. For this purpose, a large-scale linear programming model has been developed. The model considers minimization of the sum of processing cost, late shipment cost and inventory holding cost as the objective, and concurrently selects product designs, and generates process plans and production plans. The number of columns in the formulation can be large and, hence, an efficient column generation scheme is developed to solve the model. The model and solution procedure are illustrated with examples.     

Concurrent Design for Process Quality,Statistical Tolerance,and SPC

The rapid response to the requirements of customers and markets promotes the concurrent engineering (CE) technique in product and process design. The decision making for process quality target, SPC method, sampling plan, and control chart parameter design can be done at the stage of process quality plan based on historical data and process knowledge database. Therefore, it is a reasonable trend to introduce the concepts and achievements on process quality evaluation and process capability analysis, CE, and SPC techniques into process plan and tolerance design. A new systematic method for concurrent design of process quality, statistical tolerance (ST), and control chart is presented based on a NSFC research program. A set of standardized process quality indices (PQIs) for variables is introduced for meeting the measurement and evaluation to process yield, process centering, and quality loss. This index system that has relatively strong compatibility and adaptability is based on raisonne grading by using the series of preferred numbers and arithmetical progression. The expected process quality based on this system can be assured by a standardized interface between PQIs and SPC, that is, quality-oriented statistical tolerance zone. A quality-oriented ST and SPC approach that quantitatively specifies what a desired process is and how to assure it will realize the optimal control for a process toward a predetermined quality target.     

我国企业实施并行工程中人的因素研究

人的因素被公认为成功实施并行工程的关键。在对我国实施并行工程企业的案例调查以及对国外情况综合研究的基础上,本文分析总结了我国企业实施并行工程中在人员选择、培训、绩效评价和激励等多方面的作法和问题,并探讨了解决的措施。     

EDITORIAL

ABSTRACT

Many states are implementing concurrent planning as a means to expedite permanency planning for children in foster care; however, the parameters for this strategy vary significantly and the research regarding outcomes is sparse. This qualitative study sought to examine the experiences of child welfare experts, parents, foster parents and caseworkers regarding concurrent planning in New York State. The findings indicate that although concurrent planning is generally understood, training, services and supports are lacking for parents, foster parents, and caseworkers in the implementation of concurrent planning. In addition, although all parties see concurrent planning as an effective strategy, crafting and maintaining working relationships between key parties is challenging. Clearer communication with parents, joint training of caseworkers and foster parents, improved information disclosure, and fuller involvement of foster parents in the planning process are among the recommendations for improving practice.     

The Differential and Contingent Impact of Concurrency on New Product Development Project Performance: A Holistic Examination*

This article comprehensively examines how the four facets of new product development (NPD) concurrency, consisting of process and product concurrency groupings, influence NPD project performance under the five contextual conditions of (i) location of product in family stream, (ii) project size, (iii) stage in the product life cycle, (iv) innovativeness of the product, and (v) predictability of market demand. Using data from a large sample of NPD projects in multiple industries, there is support for this hypothesized four‐faceted structure of concurrency, consisting of process and product concurrency groupings, thereby contributing new knowledge to the concurrency literature. All four facets of concurrency display a contingent impact on NPD project performance, even though individual effects vary according to the specific contextual variable under consideration. In particular, the process concurrency facet of dynamic iterative routines was universally effective across all five contextual variables, while the product concurrency facet of cross‐functional coordination was effective in significantly influencing at least one NPD project measure. This article also reports similar, but less strong, contingency patterns, with respect to the process concurrency facet of the implementation of downstream coordination and the product concurrency facet of the use of computer‐based integrated design tools. Theoretical and practical implications of our results are also offered.     

猪生殖—呼吸综合征合并感染猪传染性胸膜肺炎的临床病理学研究

对自然感染并经血清学和病原学定性为猪生殖—呼吸综合征（ＰＲＲＳ） 合并感染猪传染性胸膜肺炎的１０ 头仔猪进行了临床病理学研究，结果表明，其临床表现为高热稽留，呼吸困难；病理表现为纤维素性胸膜肺炎，非化脓性脑炎，急性出血性淋巴结炎及脾炎，广泛性淤血及出血性素质。猪合并感染上述两种病的临床症状和病理损伤远较单一发病严重且死亡率极高     

Test of a model of organizational contributors to product development team effectiveness

This study tests a model of product development team effectiveness which was developed by Susman and Dean [Susman, G.I., Dean, J.W., 1992. Development of a model for predicting design for manufacturability effectiveness. In: Susman, G.I. (Ed.), Integrating Design and Manufacturing for Competitive Advantage. Oxford Univ. Press, New York, pp. 207–227.]. The model addresses two interrelated managerial issues. One concerns the use of integrative mechanisms to counterbalance the potentially negative effects of function-based differentiation, directly or indirectly through group process. The other concerns group process vs. codification/computerization as alternative means to process information as risk increases. This study addresses the first issue by testing the effect of a subset of integrative mechanisms on project outcomes, i.e., project focus, and the role of group process as partial mediator of this relationship. The second issue is addressed by testing for risk as positive moderator of the relationship between group process and project outcomes and as negative moderator of the relationship between codification/computerization and project outcomes. The results suggest that project focus is directly related to project outcomes, but group process does not mediate this relationship. Codification/computerization is not related to project outcomes. Risk does not positively moderate the group process–project outcomes relationship, but does negatively moderate the codification/computerization–project outcomes relationship.