"' Thermomechanical analysis "'( TMA ) is a technique used in thermal analysis, a branch of materials science which studies the properties of materials as they change with temperature.
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The so-called thermomechanical rolling process, an extremely sophisticated rolling method which permits attainment of maximized mechanical properties combined with optimum working ( bending and welding ) characteristics, is used for these products.
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These failures result from the thermomechanical stresses caused by coefficient of thermal expansion ( CTE ) mismatch, in the PCB thickness direction, between the metallization in a microvia structure and the dielectric materials surrounding the metal.
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While the results are the same, the processes and fundamental chemistry involved in bleaching chemical pulps ( like sulfite ) are very different from those involved in bleaching mechanical pulps ( like stoneground, thermomechanical or chemithermomechanical ).
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In September 2015, Thales Alenia Space signed a contract with Airbus Defence and Space to develop and produce thermomechanical systems for the service module, including structure and micrometeoroid protection, thermal control and consumable storage and distribution.
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DEMA has currently laboratories in and researches in biomechanics ( Labiomec ), physical metallurgy and solidification, mechanics conformation, electrochemical engineering, degradation of materials and development of coatings, electron beam melting and thermomechanical treatments and solidification.
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The discovery that mechanical properties are intrinsically size-dependent has spurred theoretical and experimental interest in the size-dependence of other material properties, such as thermal and electrical; and also coupled effects like electromechanical or thermomechanical behavior.
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Glass-ceramics often contain a crystalline phase which constitutes anywhere from 30 % [ m / m ] to 90 % [ m / m ] of its composition by volume, yielding an array of materials with interesting thermomechanical properties.
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In particular, the use of optical methods has been playing a role in the field of ceramics and have been used to measure the coefficient of thermal expansion of bodies and glazes in order to ensure an optimal match of their thermomechanical behaviour.
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Her work in the late 1990s constituted the first melding together of the types of ice-sheet thermomechanical models ( simulating ice-stream dynamics embedded within the flow of the inland ice sheet that behaves according to a different set of dynamics ).
