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This paper uses a stakeholder framework to review the empirical literature on corporate social performance (CSP), focusing particularly on studies attempting to correlate social with financial performance. Results show first that most studies correlate measures of business performance that as yet have no theoretical relationship (for example, the level of corporate charitable giving with return on investment). To make sense of this body of research, CSP studies must be integrated with stakeholder theory. Multiple stakeholders (a) set expectations for corporate performance, (b) experience the effects of corporate behavior, and (c) evaluate the outcomes of corporate behavior. However, we find that the empirical CSP literature mismatches variables in terms of which stakeholders are relevant to which kind of measure. Second, only the studies using market‐based variables and theory show a consistent relationship between social and financial performance, particularly those showing a negative abnormal return to the stock price of companies experiencing product recalls. Although this paper shows that the CSP construct is not yet well‐specified enough to produce stronger results, recent research suggests that much progress is being made both empirically and theoretically in developing valid and reliable measures of corporate social performance.

This large‐scale exploratory research explores the manner in which various organizational types view their social obligations in terms of the tradeoffs (or potential symbioses) between economic and non‐economic (social) goals. Historically, this issue has been researched only in the context of business firms. Given the increased scope and visibility of nonprofit organizations, it becomes particularly relevant to explore a broad range of organizational types. To proceed with this research, this study proposes a 5‐class typology describing the organizational spectrum from the fully for‐profit to the fully nonprofit organizations. This paper also contributes to the emerging empirical research stream in the area by undertaking a systematic assessment of the way in which all organizational types value their economic versus social orientations as gauged by several measures. Across the two top executive levels, a regular progression of statistically significant differences are found between the five organizational types with respect to their social and economic orientations. A by‐product of this research is that we reveal how the economic or social orientation of organizations can be systematically investigated by undertaking large‐scale empirical studies with appropriately designed research instruments.

Focuses on the inverse problems arising from the simulation of forming processes. Considers two sets of problems: parameter identification and shape optimization. Both are solved using an optimization method for the minimization of a suitable objective function. The convergence and convergence rate of the method depend on the accuracy of the derivatives of this function. The sensitivity analysis is based on a discrete approach, e.g. the differentiation of the discrete problem equations. Describes the method for non‐linear, non‐steady‐state‐forming problems involving contact evolution. First, it is applied to the parameter identification and to the torsion test. It shows good convergence properties and proves to be very efficient for the identification of the material behaviour. Then, it is applied to the tool shape optimization in forging for a two‐step process. A few iterations of the inverse method make it possible to suggest a suitable shape for the preforming tools.

This paper gives a review of the finite element techniques (FE) applied in the area of material processing. The latest trends in metal forming, non‐metal forming, powder metallurgy and composite material processing are briefly discussed. The range of applications of finite elements on these subjects is extremely wide and cannot be presented in a single paper; therefore the aim of the paper is to give FE researchers/users only an encyclopaedic view of the different possibilities that exist today in the various fields mentioned above. An appendix included at the end of the paper presents a bibliography on finite element applications in material processing for 1994‐1996, where 1,370 references are listed. This bibliography is an updating of the paper written by Brannberg and Mackerle which has been published in Engineering Computations, Vol. 11 No. 5, 1994, pp. 413‐55.

This paper gives a review of the finite element techniques (FE) applied in the area of material processing. The latest trends in metal forming, non‐metal forming and powder metallurgy are briefly discussed. The range of applications of finite elements on the subjects is extremely wide and cannot be presented in a single paper; therefore the aim of the paper is to give FE users only an encyclopaedic view of the different possibilities that exist today in the various fields mentioned above. An appendix included at the end of the paper presents a bibliography on finite element applications in material processing for the last five years, and more than 1100 references are listed.

The most significant event for the School has been the announcement of the creation of the National Centre for Management Research and Development. The Centre is due to open in 1986 and will provide research facilities for up to 20 major projects designed to improve the competitiveness of Canadian business practices.

Addresses the computational aspects involved in the numerical simulation of sheet stamping processes. Focuses on some numerical aspects of the intrinsic complexity of these problems, the first of which is the necessity to take into account properly membrane and bending effects. Presents a well‐adapted shell element. The second aspect concerns the description and the implementation of the initial orthotropic plastic behaviour for sheet metal parts, based on a formulation in a rotating frame using the initial microstructure rotation. The stress calculation algorithm is based on a particular implementation of the elastic predictor‐plastic corrector method. The last aspect concerns the solution procedures with a particular development concerning the treatment of the blankholder load as a constraint. A set of computational results validated with experiments prove the accuracy of the proposed approach in solving stamping problems.

This paper aims to problematise the notions of both “corporate social responsibility” and “stakeholder theory”. In particular, it seeks to challenge the promises it claims to hold regarding social responsibility and community engagement.

The paper provides a discussion of indigenous stakeholders’ activism in Sarawak, Malaysia.

It is shown that despite the rhetoric of corporate social responsibility and stakeholderism, there is a clear failure of the state government and corporations to actively involve local affected communities. In so doing, both the state and corporations have rendered the local indigenous peoples, a significant and legitimate stakeholder, powerless, redundant and inevitably compromised both the development and management process. The paper also suggests that community engagement can be problematic for indigenous peoples and for it and stakeholderism to be efficacious, they need to involve the discourse of rights and activism within Sarawak and Malaysia.

The paper offers insight into the indigenous peoples at Sarawak resistance against the state Government and corporations, Focusing on stakeholder activism.

Soft grippers have safer and more adaptable human–machine and environment–machine interactions than rigid grippers. However, most soft grippers with single gripping postures have a limited gripping range. Therefore, this paper aims to design a soft gripper with variable gripping posture to enhance the gripping adaptability.

This paper proposes a novel soft gripper consisting of a conversion mechanism and four spring-reinforced soft pneumatic actuators (SSPAs) as soft fingers. By adjusting the conversion mechanism, four gripping postures can be achieved to grip objects of different shapes, sizes and weights. Furthermore, a quasi-static model is established to predict the bending deformation of the finger. Finally, the bending angle of the finger is measured to validate the accuracy of the quasi-static model. The gripping force and gripping adaptability are tested to explore the gripping performance of the gripper.

Through experiments, the results have shown that the quasi-static model can accurately predict the deformation of the finger; the gripper has the most significant gripping force under the parallel posture, and the gripping adaptability of the gripper is highly enhanced by converting the four gripping postures.

By increasing the gripping posture, a novel soft gripper with enhanced gripping adaptability is proposed to enlarge the gripping range of the soft gripper with a single posture. Furthermore, a quasi-static model is established to analyze the deformation of SSPA.

Elasto‐plastic models based on critical state formulations have been successful in describing many of the most important features of the mechanical behaviour of soils. This review paper deals with the applications of this class of models to the numerical analysis of geotechnical problems. After a brief overview of the development of the models, the basic critical state formulation is presented together with the main modifications which have actually been used in computational applications. The problems associated with the numerical implementation of this type of models are then discussed. Finally, a summary of reported computational applications and some specific examples of analyses of geotechnical problems using critical state models are presented.