Seats at the Table, Shifts in the Actions: Board Gender Diversity and Climate Activism
ABSTRACT As regulatory and stakeholder pressures intensify, firms are increasingly expected to move beyond symbolic sustainability commitments towards corporate climate activism. This concept refers to the active institutionalisation of climate‐focused mechanisms such as external assurance, board oversight and climate‐linked incentives.
Md Tanvir Hamim, Rasim Simsek
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Gravity-dependent rate sensitivity in granular intrusion: microgravity experiments and simulations. [PDF]
Hou M +6 more
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Application of deep reinforcement learning for aerodynamic control around an angled airfoil via synthetic jet. [PDF]
Hammouda NG +7 more
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ENHYDROSS: A New Mechanistic Model Supports the Trans-Oceanic Dispersal Capability of Terrestrial Vertebrates. [PDF]
Pantelides A +5 more
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Numerical analysis of magnetized Ag-Fe<sub>3</sub>O<sub>4</sub>/VPO hybrid nanofluid flow over a spinning inclined disc with Thompson-Troian slip. [PDF]
Ahmad H +5 more
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DNS and Experimental Assessment of Shark-Denticle-Inspired Anisotropic Porous Substrates for Drag Reduction. [PDF]
Cooper BK +5 more
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On the Hydrodynamical Drag Coefficient of Trees.
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On the drag coefficient of a sphere
Powder Technology, 1986Abstract A mathematical approximation to experimental data on the drag coefficient of a sphere is presented. The approximation is compared with other approximations and shown to be significantly better both in range and in accuracy. The Newton-Raphson technique is applied to the approximation, allowing the computation of the terminal velocity from a ...
R.L.C. Flemmer, C.L. Banks
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Drag Coefficient of Porous and Permeable Microbial Granules
Environmental Science & Technology, 2008Settling velocity of microbial aggregates, such as anaerobic and aerobic granules, in biological wastewater treatment systems is highly related to their drag coefficient. In this work a new approach, taking the porosity and the permeability into account, was established to evaluate the drag coefficient of porous and permeable microbial granules.
Mu, Yang, Ren, Ting-Ting, Yu, Han-Qing
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Abstract The drag of artificial earth satellites is reconsidered in the light of recent studies of gas-surface interactions and atmospheric composition. Between heights of 140 and 400 km at times of low solar activity, or heights of 140 and 600 km at times of high solar activity, the drag coefficient is almost independent of height, and at present ...
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