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We present a video-based study of family visits to Taping Shape, an immersive exhibition that allows visitors to explore the inside of geometric objects. The exhibition was designed to support embodied sense-making, intimacy, and material encounter with mathematical objects. This study builds on research on walking and movement as forms of place- and sense-making. We draw on the notion of a meshwork to examine how children and their families co-produce, develop familiarity with, and assemble meanings for the exhibition space. This case study focuses on 4-year-old Easton and his extended family, exploring how Easton’s talk and movements are part of an intergenerational meshwork that weaves together an emergent and distributed sense of place within the built geometries of Taping Shape. Our findings further considerations of embodiment and materiality in children’s geographies. [ABSTRACT FROM AUTHOR]

Ethnographers studying the local dimensions of climate change find themselves confronted with a methodological problem: climate change is both an abstract concept and a locally present phenomenon, yet it does not emerge from lived experience. We tackle this problem by means of a research framework that combines discussions on place and Tim Ingold's (2011) idea of a meshwork. This article is based on research on climate change per ceptions in two Alpine communities, located in Bavaria ( Germany) and South Tyrol (Italy), respectively. We show how a focus on climate knots and their meshworks allows the grasping, describing, and visualizing of the different dimensions of climate change in these two local settings. This framework, as we further show, helps to reveal social and cultural patterns and underlying structures. [ABSTRACT FROM AUTHOR]

Several regions in Britain saw the construction of large, linear earthworks of banks and ditches during the later Bronze Age and in the Iron Age, often extending for many kilometres. In the light of recent theoretical discussions of materiality and relational agency within archaeology and other social sciences, and through an avowedly discursive poetics of place, examples of these earthworks are re-assessed as actants, capable of affecting and directing the lives of people, animals, and plants. These linear earthworks were not static monuments, but were active assemblages or meshworks of materiality, movement, and memory. [ABSTRACT FROM AUTHOR]

Plants in archaeology tend to be studied from an anthropocentric point of view, in which they are seen as passive objects (domestication, farming, deforestation, diet, trade, food and status). Here the concept of materiality is applied to view plant–people relationships from the plant’s point of view, that is, to afford plants agency. It is argued that this brings into clearer focus the complex entanglements or meshworks that are created, often unintentionally, when plants and people interact. Concepts such as materiality, relationality and entanglement help us not only to foreground the vital importance of plants in human (and animal) life, but to appreciate that these plants are best studied within the complex webs of relationships that exist between plants, animals, objects, environments and people. [ABSTRACT FROM PUBLISHER]

The investigation and improvement of the cooling process of lithium-ion batteries (LIBs) used in battery electric vehicles (BEVs) and hybrid electric vehicles (HEVs) are required in order to achieve better performance and longer lifespan. In this manuscript, the temperature and velocity profiles of cooling plates used to cool down the large prismatic Graphite/LiFePO4 battery are presented using both laboratory testing and modeling techniques. Computed tomography (CT) scanning was utilized for the cooling plate, Detroit Engineering Products (DEP) MeshWorks 8.0 was used for meshing of the cooling plate, and STAR CCM+ was used for simulation. The numerical investigation was conducted for higher C-rates of 3C and 4C with different ambient temperatures. For the experimental work, three heat flux sensors were attached to the battery surface. Water was used as a coolant inside the cooling plate to cool down the battery. The mass flow rate at each channel was 0.000277677 kg/s. The k-ε model was then utilized to simulate the turbulent behaviour of the fluid in the cooling plate, and the thermal behaviour under constant current (CC) discharge was studied and validated with the experimental data. This study provides insight into thermal and flow characteristics of the coolant inside a cooing plate, which can be used for designing more efficient cooling plates. [ABSTRACT FROM AUTHOR]