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IT is known that the Library Association Council has devoted watchful care to the position of libraries in the event of war. As we write, the international situation is as dark as it has been at any time since 1919, and many have that calm, cold feeling that there is nothing to do but to tighten our belts and stand againt the onslaught. Even if that is still avoided, as all who listened to Lord Halifax trust it may be, there should be active protection of the library service which is one of those things which might so easily go under in a time of stress. The Library Association has done well in submitting to Government that experience in the last war proved the value of libraries for information and as a factor in the morale of the people; that their services should, so far as possible, be maintained even during hostilities; that there would be need of library provision for people, and especially for children, “evacuated” to areas where the existing library provision might often be inadequate; and that library buildings should not be used for purposes for which they are unsuitable, seeing that there will be many halls, schools and other buildings that would be better for food‐control, recruiting and so on.

This bibliography is offered as a practical guide to published papers, conference proceedings papers and theses/dissertations on the finite element (FE) and boundary element (BE) applications in different fields of biomechanics between 1976 and 1991. The aim of this paper is to help the users of FE and BE techniques to get better value from a large collection of papers on the subjects. Categories in biomechanics included in this survey are: orthopaedic mechanics, dental mechanics, cardiovascular mechanics, soft tissue mechanics, biological flow, impact injury, and other fields of applications. More than 900 references are listed.

Applies a sound theory to predict in‐plane bending deformation of flexible beams under large overall motions to predict the locus of the trailing end of the ply during wiping off the conveyor surface of the layup machine. A computerized numerical solution was used to estimate the locus of the trailing end of the ply for seven woven fabrics of wide range of thickness, weight, and bending rigidity. The least square method was employed to obtain regression relationship between the horizontal and vertical displacement of the trailing end of the ply for each of the seven fabrics. The regression equations and the slat height were used to calculate the minimum gap between two slats of the stacking conveyor so that the fabric trailing end does not touch the top or the side surfaces of a slat during the layup process.

Discusses how, in response to a desire by Japanese quality practitioners to promote QC technique, seven new QC tools were brought together. Provides the recommended manner for the utilisation of these techniques. Asserts quality thinking should become pro‐active rather than re‐active. Exemplifies the tools. Describes a number of relations methods. Discusses the process decision programme chart. Asserts this is also used to anticipate the unexpected and to plan contingencies. Concludes that the seven new QC tools are being promoted by the Japanese Society for QC Technique Development indicating they can be used most effectively when combined in an interrelated manner.

This paper traces the evolution of objective measurement of textile hand and comfort from Pierce through modern methodology and approaches. Special emphasis is given to discuss the contribution of the Kawabata Evaluation System (KES) towards advancing the state of objective measurement. Laboratory case studies are used to show how data generated by the KES and other instruments can be integrated into a comprehensive approach that attempts to explain human comfort response to garment wear in terms of fabric mechanical, surface and heat and moisture transfer properties.

The purpose of this paper is to study heat and steam transfer in a vertical air gap and improve thermal protective performance of protective clothing under thermal radiation and hot steam.

An experiment-based model was introduced to analyze heat and moisture transfer in the vertical air gap between the protective clothing and human body. A developed test apparatus was used to simulate different air gap sizes (3, 6, 9, 12, 15, 18, 21 and 24 mm). The protective clothing with different air gap sizes was subjected to dry and wet heat exposures.

The increase of the air gap size reduced the heat and moisture transfer from the protective clothing to the skin surface under both heat exposures. The minimum air gap size for the initiation of natural convection in the dry heat exposure was between 6 and 9 mm, while the air gap size for the occurrence of natural convection was increased in the wet heat exposure. In addition, the steam mass flux presented a sharp decrease with the rising of the air gap size, followed by a stable state, mainly depending on the molecular diffusion and the convection mass transfer.

This research provides a better understanding of the optimum air gap under the protective clothing, which contributes to the design of optimum air gap size that provided higher thermal protection against dry and wet heat exposures.

Purpose – In this chapter, I present a systematic discussion of the relationship between social work (SW) and library and information science (LIS) and explore how SW can contribute to the education of LIS practitioners so that they become more than information facilitators and grow professionally to be true agents of change.

Design/Methodology/Approach – Using engagement with immigrant communities as a case in point and building on the empirical comparative study of public librarians in the Greater Toronto Area and New York City, I outline the current gaps and deficiencies of LIS curricula that can be rectified through blended education. I also integrate the potential contributions of SW into LIS through the case study of an immigrant member of a library community.

Findings – Building on the case study, I introduce a four-tiered model that can be applied to a wide array of courses in LIS programs and conclude with suggestions for taking steps toward blending SW perspectives into the LIS curriculum.

Originality/Value – I position the potential fusion of SW and LIS as “professional blendedness,” which serves as a catalyst for change, and also examine the concept of the blended professional as a change agent. I introduce the rationale for adopting theoretical, practical, and pedagogical approaches from SW in the field of LIS and focus on four specific contributions that can most benefit LIS:

• the person-in-environment approach;

• the strengths perspective and empowerment;

• the interrelated notions of cultural competence, diversity, and intersectionality; and

• the theory-mindedness approach (including theory and practice models).

the person-in-environment approach;

the strengths perspective and empowerment;

the interrelated notions of cultural competence, diversity, and intersectionality; and

the theory-mindedness approach (including theory and practice models).

Clothing fit, including garment ease and drape, impacts the volume of air between clothing layers and the body, directly affecting the amount of heat that can be transferred through a multi-layer clothing system. As most acute firefighting fatalities are caused by overexertion and heat strain, the purpose of this research was to determine the impact of ease allowances on air gaps in structural firefighting turnout suits and their subsequent effect on total heat loss (THL) when worn on a three-dimensional form.

Four turnout suits with chest ease allowances of 6″, 8″, 10″ and 12″ were evaluated using an ANDI dynamic sweating thermal manikin. The average predicted manikin THL of each ensemble was calculated from the thermal and evaporative resistance measurements. A three-dimensional (3D) body scanner was utilized to calculate the distance and volume of clothing air gaps between the base layer and each turnout suit.

Results demonstrate that reductions in upper body ease measurements trend towards statistically significant increases in THL, to a point, with fit limitations being reached before benefits can be significantly realized. An increase in standard chest ease measurements significantly decreased heat loss, even when forced convection from movement was considered.

This is the first article of its kind to explore the relationship between garment ease and predicted manikin THL, especially for fire service protective clothing. Findings indicate a valid recommendation for turnout gear designers and manufacturers to optimize clothing fit to improve breathability and potentially reduce incidents of heat strain in the fire service.