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Flow is an individual experience and the idea behind flow originated from the sports-psychology theory about an Individual Zone of Optimal Functioning. The individuality of the concept of flow suggests that each person has their subjective area of flow, where they would function best given the situation.
This theory accounts more for the social nature of sharing information than the one-step or two-step flow theories. [2] The two-step theory was popular when it was first introduced, but when it became difficult to actually measure opinion leaders' influence on the public's behavior and their opinions, the multi-step theory was developed.
Irmgard Flügge-Lotz – developed the theory of discontinuous automatic control; first female engineering professor at Stanford University and first female engineer elected a Fellow of the American Institute of Aeronautics and Astronautics.
Mihaly Robert Csikszentmihalyi (/ ˈ m iː h aɪ ˈ tʃ iː k s ɛ n t m iː ˌ h ɑː j iː / MEE-hy CHEEK-sent-mee-HAH-yee, Hungarian: Csíkszentmihályi Mihály Róbert, pronounced [ˈt͡ʃiːksɛntmihaːji ˈmihaːj] ⓘ; 29 September 1934 – 20 October 2021) was a Hungarian-American psychologist.
Psychology Today is an American media organization with a focus on psychology and human behavior. The publication began as a bimonthly magazine, which first appeared in 1967. The print magazine's reported circulation is 275,000 as of 2023. [ 2 ]
The "pleasure" orientation describes a path to happiness that is associated with adopting hedonistic life goals to satisfy only one's extrinsic needs. Engagement and meaning orientations describe a pursuit of happiness that integrates two positive psychology constructs "flow/engagement" and "eudaimonia/meaning". Both of the latter orientations ...
From the 1970s onwards, multiphase flow especially in the context of the oil industry has been studied extensively due to the increasing dependence of petroleum by the world economy. [10] The 1980s saw further modelling of multiphase flow by modelling flow patterns to different pipe inclinations and diameters and different pressures and flows.
Multiphase may refer to Multiphase flow , in fluid mechanics, the simultaneous flow of either a) materials with different states or phases or b) materials with different chemical properties but in the same state or phase