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A.m. paradox
A.m. paradox











a.m. paradox

Over a series of studies, psychologists and organisational scientists have found that people who learn to embrace, rather than reject, opposing demands show greater creativity, flexibility and productivity. And yet some exciting and highly counter-intuitive research suggests that these conflicts can often work in our favour. A teacher has to impose toughdiscipline for the good of the class – being “cruel to be kind”.īeing dragged in two different directions, simultaneously, should only create tension and stress. Doctors and nurses need to provide highest quality healthcare at the lowest cost musicians want to maintain their artistic integrity while also making a sack full of cash. Working life often involves the push and pull of various contradictory demands. Read our full list of the year’s top stories here. Engng Sci.As we head into 2021, Worklife is running our best, most insightful and most essential stories from 2020. ‘Vibration of rectangular plates of variable thickness’, submitted for publication in J. 2), 146.Īuthor's reply to communication on ‘A finite element approach to plate vibration problems’, by Dawe, D. ‘Natural frequencies of uniform and nonuniform rectangular cantilever plates’, J. ‘Inadequacy of nodal connections in a stiffness solution for plate bending’, A.I.A.A. ‘A generalization of the direct-stiffness method of structural analysis’, A.I.A.A. ‘Derivation of element stiffness matrices by assumed stress distributions’, A.I.A.A. ‘A stiffness matrix for the analysis of thin plates in bending’, J.

a.m. paradox

‘Distributed mass matrix for plate element bending’, A.I.A.A. ‘Basis for derivation of matrices for the direct stiffness method’, A.I.A.A. ‘The finite element method for analysis of elastic isotropic and orthotropic slabs’, Proc. thesis, Department of Engineering, University of Cambridge, November 1963. ‘Lumped parameter methods applied to elastic vibrations’, Ph.D. ‘The effect of obstructions on tidal estuaries’, Engineering, Lond. ‘A hydrodynamical illustration of the theory of the transmission of aerial and electrical waves by a grating’, Phil. Hydrodynamics 1932, 441 ( Cambridge University Press). ‘An experimental investigation of the propagation of tides in parallel and in convergent estuaries’, J. ‘An experimental investigation of the effects of bridge-piers and other obstructions on tidal levels in an estuary’, J. ‘Wave induced oscillations in harbors: the solution for a rectangular harbor connected to the open sea’, M.I.T. Waterways and Harbor Divn 1961 87 (WW3), 111.













A.m. paradox