Thermodynamics of hairy black holes in Lovelock gravity by Hennigar, Robie A., Tjoa, Erickson, Mann, Robert B.

Subjects: “…Classical Theories of Gravity…”
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Gravitation and quadratic forms by Ananth, Sudarshan, Brink, Lars, Majumdar, Sucheta, Mali, Mahendra, Shah, Nabha

Subjects: “…Classical Theories of Gravity…”
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Electrochemical modification of electrodes with metal nanoparticles by Mavrokefalos, C

“…For the first time, this study contradicts the classical theories for electrochemical nucleation and growth which proceed only by the fresh reduction of ions. …”

Metatheoretical study of Lijphart's power sharing theory by Mafakheri, Ramin

“…It was also determined that the roots of power sharing theory originated in the classical theories of horizontal and vertical division of power. …”
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Exponential tail local Rademacher complexity risk bounds without the Bernstein condition by Kanade, V, Rebeschini, P, Vaškevičius, T

“…Our main result is an exponential-tail offset Rademacher complexity excess risk upper bound that yields results at least as sharp as those obtainable via the classical theory. However, our bound applies under an estimator-dependent geometric condition (the “offset condition”) instead of the estimator-independent (but, in general, distribution-dependent) Bernstein condition on which the classical theory relies. …”

Development and implementation of the mesh-free kp-RITZ method for the rotating shell dynamics by Zhao, Xin.

“…(This thesis consists of 2 sections) Aims to study the vibration and dynamic stability of cylindrical and conical shells, as well as the corresponding panels. The classical theory of thin shells is used and the mesh-free methodology is implemented for the vibration and dynamic stability analyses of cylindrical and conical shells/panels.…”
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Capillary filling, evaporation and condensation in nanochannels by Nguyen, Phan Vinh

“…The experiments on capillary filling in closed-end silicon nanochannels show that the meniscus continues to fill until the end of the nanochannel. Classical theory cannot explain this phenomenon. A novel mathematical model which considers the gas absorption and diffusion fits the experimental data well. …”
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Mathematical modelling of subglacial drainage and erosion by Ng, FSL

“…The classical theory of channelized subglacial drainage,due orginally to Röthlisberger (1972) and Nye (1976), considers water flow in an ice channel overlying a rigid, impermeable bed. …”

Negative density dependence promotes persistence of a globally rare yet locally abundant plant species Oenothera coloradensis by Stears, AE, Heidel, B, Paniw, M, Salguero-Gómez, R, Laughlin, DC

“…<p>Identifying the mechanisms underlying the persistence of rare species has long been a motivating question for ecologists. Classical theory implies that community dynamics should be driven by common species, and that natural selection should not allow small populations of rare species to persist. …”

Evaporation prediction of ethanol droplet by statistical rate theory by Mao, Wenjian

“…It is found that the classical theory is not accurate and reliable enough for evaporation rate analysis. …”
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On the weak convergence of stochastic integrals on Skorokhod space: From general theory to applications within the realm of continuous-time random walks by Wunderlich, F

“…<p>This thesis presents a comprehensive framework for the weak convergence of stochastic Itô integrals on Skorokhod space, under Skorokhod’s J1 and M1 topologies and based on a simple and tractable notion of good decompositions for integrators. We refine the classical theory, reveal new insights into convergence behaviours even in the classical J1 setting and address the sharpness of various key statements. …”