Coworking from the Company’s Perspective - Serendipity-biotope or Getaway-spot?

Josef, Barbara

doi:10.18690/978-961-286-043-1.19

Cited by 5 publications

(2 citation statements)

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“…The other way around, KS may increase social interaction (Cabrera & Cabrera, 2005). Although these concepts are interconnected in a CWS, the SLR indicates that the correlation is complex and unclear (Josef, 2017). Nonetheless, prior coworking literature suggest that social interaction and KS predict EC in CWS (Bouncken et al, 2017;Capdevila, 2014a).…”

Section: Id De En Nt Ti If Fi Ic Ca At Ti Io On Nmentioning

confidence: 98%

Employee Creativity in Coworking Spaces: Towards a Conceptual Framework

Tønnessen

2022

EJWI

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Creative performance of knowledge workers outside the traditional office setting has become highly relevant during the COVID-19 pandemic. The prepandemic trend of companies using coworking spaces as an alternative workplace arrangement is expected to grow further. One important driver is that these collaborative workspaces are considered effective facilitators of creativity and innovation. The aim of this study is to fill a research gap by examining how corporate coworking may foster employee creativity, crucial for firm´s competitiveness and long-term survival. A systematic review of the coworking literature is conducted to critically evaluate employee creativity in coworking spaces. Structural, relational, and cognitive social capital along with an individual and contextual view of creativity are utilized as the theoretical foundation for analysis and synthesis. A novel conceptual framework is proposed for empirical examination of creative performance in a corporate coworking context. The study reveals that creative outcomes of coworking are largely taken for granted. Furthermore, the findings suggest that the most prominent factors influencing employee creativity in coworking settings are social interaction and knowledge sharing. We argue that fostering creativity in shared office environments is a complex phenomenon worth further scholarly attention. Theoretical and practical implications are discussed, and future research avenues are proposed.

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Section: Id De En Nt Ti If Fi Ic Ca At Ti Io On Nmentioning

confidence: 98%

Employee Creativity in Coworking Spaces: Towards a Conceptual Framework

Tønnessen

2022

EJWI

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“…Joachim, a French architect, building the rst cupola of concrete and glass prompted Fredrick Keppler in 1907 to apply for a grant of ownership for the concept of solid glass blocks of 4 to 6.5cm to be tted at support structures of reinforced concrete. This led to the development of hollow glass blocks for vertical structures which were concluded to be more advantageous in terms of noise and thermal isolation in comparison to solid blocks [5]. Subsequent years later, the advancement of glass instigated prominent researchers in the study of glass for paving stones as well as the partial replacement for ne aggregates, hence the name Glasscrete [6].…”

Section: Introductionmentioning

confidence: 99%

Strength and Durability Assessment of Low Water Absorption Glasscrete Blocks for Zero-Spalling Effect in Buildings

Atoyebi

Odeyemi

Ndubuisi

2023

Preprint

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Glass waste produced around the world is disposed of carefreely, creating huge piles in landfills and increasing environmental pollution because it is non-biodegradable. This study was conducted to assess the strength and durability of waste glass as a partial replacement for a mortal mix of sharp sand and stone dust. The glasscrete block samples were produced in a 6” metal block mould with 0%, 25% and 50% partial replacement of stone dust and sharp sand respectively. The compressive strength and water absorption tests were conducted after the samples were cured for 7, 28 and 56 days in a laboratory. The highest compressive strengths of 102.333kN and 100.667kN were observed in 50% waste glass partial replacement with sharp sand and 50% waste glass combination with 25% sharp sand and 25% stone dust respectively. The least compressive strength was seen in the control samples of sand and stone dust with no replacement of waste glass. This shows that the addition of waste glass increased the compressive strength of the block samples. The least rate of water absorption was recorded in 50% waste glass, 25% sharp sand and 25% stone dust. It should be noted that the replacement of the waste glass with stone dust performed poorly unlike that of sharp sand. Therefore, it is recommended that 50% waste glass, 25% sharp sand and 25% stone dust should be adopted for the production of glasscrete blocks for a zero-spalling effect in buildings with varying mix ratios. Glasscrete blocks can therefore be used in the waterlogged environment and areas prone to the spalling condition.

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Coworking vs Corpoworking: Realistic Perspective

Golonka

2021

Human Resource Management

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Coworking from the Company’s Perspective - Serendipity-biotope or Getaway-spot?

Cited by 5 publications

References 0 publications

Employee Creativity in Coworking Spaces: Towards a Conceptual Framework

Employee Creativity in Coworking Spaces: Towards a Conceptual Framework

Strength and Durability Assessment of Low Water Absorption Glasscrete Blocks for Zero-Spalling Effect in Buildings

Coworking vs Corpoworking: Realistic Perspective

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