Dissertations / Theses on the topic 'Prototype à échelle réduite'
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Ratovonkery, Julie. "DYNABIOSOL : Conception bio-inspirée d'une enveloppe solaire Photovoltaïque dynamique aux fonctionnalités évolutives." Electronic Thesis or Diss., Chambéry, 2023. http://www.theses.fr/2023CHAMA027.
Full textClimate change, growing energy demand and depletion of fuel resources have led to increasingly high energy and environmental ambitions. These ambitions aim for resilient, sustainable, zero carbon and positive energy buildings in the building sector. Radical innovation in building envelope technologies is paramount as it is a key element in building energy efficiency. Indeed, the envelope is often designed on the basis of static functionalities rather than an adaptive and multifunctional interface. However, in the latter case, it would interact with and benefit from the effects of its external environment to ensure a comfortable indoor environment and the production of the building operating energy.In this context, this thesis consists in the design of an adaptive facade with integrated photovoltaic (PV) components. The adaptive functionalities are developed to improve both the thermal performance of the facade and the electrical production of the PV modules. Designing such an envelope element often requires complex mechanical and control systems to implement dynamic and adaptive functionalities. For this reason, we have chosen to adopt a bioinspiration approach and use smart materials to achieve flexible and low-tech adaptation mechanisms.The methodology involves the analysis of the thermal and electrical behaviour of a standard photovoltaic facade. In our case, it comprises bifacial PV modules, a ventilated air gap and a multilayer wall. The principle is to identify the properties limiting that facade to static functionalities. From this step, biological mechanisms related to the identified properties, and that can overcome the limitations are explored. Afterwards, smart materials enabling to implement the bioinspired strategies are selected. Finally, the outline of the new concept is developed with the principles involved. The solution is validated through experimental studies on the samples of the selected materials and on a reduced-scale prototype of the facade. Numerical feasibility studies and energy performance analysis at the building scale are also carried out.The developed solution consists in the application of thermosensitive and reflective bilayer components on the wall behind the PV modules. Those components are thin rectangular slats applied opposite to the PV cells. When the temperature rises, they gradually bend. Their cyclic deformation allows the adjustment of the facade functionalities according to three principles. First, in summer, the PV facade is cooled by shading the wall and dissipating heat through the increased thermal surface exchange in the air gap. Second, in winter, solar thermal energy is harvested by closing the air gap or recovering preheated air. Finally, the bilayers enhance the PV power output because of their high reflection of the irradiance to the backside of the bifacial PV modules. The experimental and numerical studies have validated the potential of the design to improve building energy efficiency, especially for increasing yearly electricity production and thermal performance in summer
Chamaret, Damien. "Plate-forme de réalité virtuelle pour l'étude de l'accessibilité et de l'extraction de lampes sur prototype virtuel automobile." Phd thesis, Université d'Angers, 2010. http://tel.archives-ouvertes.fr/tel-00540899.
Full textAdanmenou, Roland. "Mesures à échelle réduite de paramètres pertinents issus de scénarios feu." Thesis, Lille 1, 2020. http://www.theses.fr/2020LIL1R028.
Full textThe evaluation of the reaction and resistance to fire of materials is of prime importance for the protection of goods and people. This evaluation is usually carried out using standardized tests, which are time-consuming, expensive, and often require large samples. In the literature, several bench-scale tests already exist that mimic specific fire scenarios such as electrical fires, building fires, etc... However, testing materials exposed to high heat fluxes or in other words in extreme conditions, from fires such as BLEVE, pool fires, and jet fires are usually carried out only at large scale. The objective of this Ph.D. work is to develop at a reduced scale, a bench to evaluate the fire behavior of materials, and to perform a rapid screening (high throughput approach) for the development of new materials. The test can reproduce at a laboratory scale and under perfectly controlled conditions, the thermal constraints resulting from extreme fires. This unique bench-scale test is equipped with well-controlled measuring instruments and it enables us to examine the fire behavior of materials subjected to high heat fluxes. Considering the high thermal fluxes generated by the extreme fires, the steps in developing the bench-scale test in terms of calibration and validation on a steel plate are presented. The test can reproduce heat fluxes between 100 and 300 kW/m² (and even beyond). To study the performance and behavior of materials other than steel, tests were performed on intumescent epoxy-based paints. The obtained results are presented and discussed. Simple numerical models are also proposed in this work. These numerical models allow, on one hand, to identify and quantify the boundary conditions on the exposed side and on the other hand to simulate the performance of an intumescent paint, which has been tested on the bench-scale test
Bodovillé, Guillaume. "Modélisation thermomécanique de disques de frein de TGV et simulation à échelle réduite." Lille 1, 2001. https://pepite-depot.univ-lille.fr/RESTREINT/Th_Num/2001/50376-2001-275.pdf.
Full textMerino, Pierrick. "Reproduction expérimentale du contact roue-rail à échelle réduite : Voies de formation des sources de défauts." Thesis, Lyon, 2019. http://www.theses.fr/2019LYSEI101.
Full textThe safety issue is still the main concern of railway network due to the development of railway transportation and the increase of the amount of passengers. The understanding of the origin of the rolling contact fatigue (RCF) defect, is one key to safety requirements. The White Etching Layer associated to the initiation of the squat defect is hardly recreated. The use of laboratory test bench enable the replication of the wheel-rail contact. Nevertheless, only a fraction of the characteristic parameters is taken into account and compromises are necessary. The test bench “Triboring” built at LaMCoS, fulfills a gap in the existing apparatus. The “roller on circular rail” design was chosen to fit the tribological behavior of wheel-rail contact, and replicate RCF defects. The production of a test bench required to relate and differentiate the measured data to the phenomena corresponding to the operating from the phenomena corresponding to wheel-rail contact. The bench was characterized with dynamic and cinematic analysis. The design of the sample was improved. The tribological behavior of the bench was optimized with the preparation of the initial surface of the samples and the production of a tribological “fuse”. This layer delays the speed accommodation by wear and benefit the shear of the first bodies and the formation a Tribological Transformation of Surface (TTS), as the White Etching Layer. The two different fuse layer created (Run-in and oxidized), induced a significant wear reduction. The tribological and metallurgical analysis of the surfaces and cuts of the sample, enabled to the explanation of the evolution of the microstructure of the rail close to the surface, submitted to various mechanical solicitations. The transformation of this microstructure led to the formation of white etching layer mechanically formed
Lecuyer-Le, Bris Romain. "Modélisation numérique et expérimentale de la captation d'énergie houlomotrice : application aux essais à échelle réduite en bassin." Thesis, Brest, 2022. http://theses-scd.univ-brest.fr/2022/These-2022-SML-Mecanique_genie_mecanique_mecanique_des_fluides_et_energetique-LECUYER_LE_BRIS_Romain.pdf.
Full textThe behaviour of wave energy converters (WEC) is non-linear and complex to model accurately, especially due to the fluid–structure interaction and the randomness of the wave. The ability of a WEC to recover some of the wave energy depends on the control strategy used and the reliability of the behaviour model. Numerical computation time must remain reasonable in order to allow real–time control. In this context, perfect fluid calculations are used to model the fluid-structure interaction at first order. This diffraction–radiation approach highlights the delay functions of the system, a detailed analysis of which has been carried out in this work and illustrated on a reference case. This thesis proposes to establish a method applicable to the modelling of any type of multi-body WEC. The formulation of the hydrodynamic forces resulting from the assumptions of perfect fluid is then supplemented with semi–empirical terms in order to take into account non–linear effects. The viscous forces represented are particularly influential in the vicinity of the motion resonances. This method also allows the integration of experimental data into the numerical model. Experimental work was therefore carried out in order to understand, quantify and integrate the effects observed experimentally for an anchored body into the numerical model. Finally, elements in favor of an experimental campaign for a two-body system are presented
Bretaudeau, François. "Modélisation physique à échelle réduite pour l'adaptation de l'inversion des formes d'ondes sismiques au génie civil et à la subsurface." Phd thesis, Université de Nantes, 2010. http://tel.archives-ouvertes.fr/tel-00730540.
Full textVarais, Andy. "Modèles à échelle réduite en similitude pour l'ingénierie système et l'expérimentation simulée "temps compacté" : application à un microréseau incluant un stockage électrochimique." Thesis, Toulouse, INPT, 2019. http://www.theses.fr/2019INPT0007/document.
Full textThis thesis was carried out in collaboration with SCLE SFE (ENGIE Group) and the Laplacelaboratory. It focuses on the establishment of a methodology allowing the “similarity” modelsdevelopment, with reduced power and time scale. These models can be used for systems analysisbut they are particularly useful for real-time experimentation of energy systems. Indeed, theexperiments are often carried out on a small scale for issues of size, cost, … Some parts of theseexperiments can be "emulated" (physically simulated by power devices) while others consist ofphysical components: this is called the Hardware in the Loop (HIL) procedure. Although, initially,the downscaling approach is broad in scope, our main field of application is microgrids withintegration of intermittent renewable sources coupled with storage components. As a result, ourwork focuses on the implementation of power / energy / time similarity models of ENR sources andstorage facilities. The concept of time reduction, we will talk about "compacted virtual time", is oneof the key concepts of this work. Particular attention is paid to the development of a physicalemulator of electrochemical battery. Indeed, energy storage is a key point in microgrid. In addition,this element has strong nonlinearities whose scaling in similarity must imperatively take intoaccount and is not trivial. Once these models have been developed, they are tested through theimplementation of simulated experiments using physical emulators with reduced power scale andcompacted virtual time. These tests also make it possible to compare the concepts of "copymodel" emulators, for which a model is used to reproduce the behavior of the system, and "copyimage" emulators, where the behavior of the system is reproduced from of one of its realcomponents (for example a cell for the battery)
Pineault, Nathalie. "Effet des types de vitrages sur la qualité de l'éclairage naturel : Étude expérimentale à l'aide d'une maquette à échelle réduite d'une salle de séjour." Thesis, Université Laval, 2009. http://www.theses.ulaval.ca/2009/26542/26542.pdf.
Full textThe use of tinted and coated glazing is one of the strategies that can improve energy efficiency of residential buildings. However, these glazing types modify the quantity and quality of daylight in the building and these modifications affect the visual perception of the interior and view out. This effect is probably more important to consider in spaces dedicated to contemplation, such as a residential living room, because more attention is allocated to the room’s ambience. However, most studies in this area have been conducted in a work environment and no studies have been conducted in a residential environment. The main objective of this research was to study the effect of glazing type on daylight quality in residential spaces. The experience was conducted using a scale model of a typical living room where the glazing type was interchangeable. Seven glazing samples provided by local manufacturers were tested. The participants looked inside the model and evaluated daylighting qualities according to each glazing type. Furthermore, the transmitted light colour was studied and analysed by a digital photo analysis. The main results confirmed most of the work hypotheses and corroborated some results of previous research. Among these results, it was found that the glazing type influences the perception of light level, naturalness, beauty and pleasantness and precision. Also, the correlation between visual transmittance and the qualitative factors confirms the hypothesis that glazing types of a higher visual transmittance produce more positive ratings regarding the perception of naturalness, beauty and pleasantness and precision. Furthermore, results suggest that for a similar transmittance (82 and 83%), participants preferred an iron-free double pane glazing to a standard double pane glazing, which is probably due to the spectral neutrality of the iron-free glazing. Finally, this research indicates that glazing types with a strong green shift are generally disliked.
Pineault, Nathalie. "Effets des types de vitrage sur la qualité de l'éclairage naturel : étude expérimentale à l'aide d'une maquette à échelle réduite d'une salle de séjour." Master's thesis, Université Laval, 2009. http://hdl.handle.net/20.500.11794/21093.
Full textThe use of tinted and coated glazing is one of the strategies that can improve energy efficiency of residential buildings. However, these glazing types modify the quantity and quality of daylight in the building and these modifications affect the visual perception of the interior and view out. This effect is probably more important to consider in spaces dedicated to contemplation, such as a residential living room, because more attention is allocated to the room’s ambience. However, most studies in this area have been conducted in a work environment and no studies have been conducted in a residential environment. The main objective of this research was to study the effect of glazing type on daylight quality in residential spaces. The experience was conducted using a scale model of a typical living room where the glazing type was interchangeable. Seven glazing samples provided by local manufacturers were tested. The participants looked inside the model and evaluated daylighting qualities according to each glazing type. Furthermore, the transmitted light colour was studied and analysed by a digital photo analysis. The main results confirmed most of the work hypotheses and corroborated some results of previous research. Among these results, it was found that the glazing type influences the perception of light level, naturalness, beauty and pleasantness and precision. Also, the correlation between visual transmittance and the qualitative factors confirms the hypothesis that glazing types of a higher visual transmittance produce more positive ratings regarding the perception of naturalness, beauty and pleasantness and precision. Furthermore, results suggest that for a similar transmittance (82 and 83%), participants preferred an iron-free double pane glazing to a standard double pane glazing, which is probably due to the spectral neutrality of the iron-free glazing. Finally, this research indicates that glazing types with a strong green shift are generally disliked.
Girardin, Bertrand. "Numerical modelling and small scale testing of fire performances for halogen-free cables." Thesis, Lille 1, 2016. http://www.theses.fr/2016LIL10030/document.
Full textThe aim of this PhD work is to study the behavior of cables following two approaches: numerical modelling and small scale testing. First, methodologies to characterize the properties of the cables jacket materials were developed to further model their fire behavior. Concurrently, an approach was followed by developing a novel bench-scale fire test. Innovative methodologies using simultaneous thermal analyzer, Hot Disc apparatus were developed and so, the thermo-physical properties of the materials were characterized both as a function of temperature and of the decomposition state. Using these parameters as inputs data for a pyrolysis model, the temperature and mass loss rate were well predicted in case of thermo-gravimetric experiments, gasification and mass loss calorimeter. Moreover, it was shown that testing thin specimen of cables jacket materials in a reduced scaled enclosure of the EN 50399 test allowed the prediction of the results obtained on the large scale test carried out on whole cables. This new bench scale test was then successfully to develop new material that can be used as jacket for halogen-free electrical cable
Al, Shaer Ali. "Analyse des déformations permanentes des voies ferrées : approche dynamique." Marne-la-vallée, ENPC, 2005. https://pastel.archives-ouvertes.fr/pastel-00001592.
Full textValensi, Raphaël. "Développements méthodologiques à partir de formes d'ondes multicomposantes en vue de l'imagerie sismique quantitative de la proche surface : modélisation physique à échelle réduite, traitements et inversion de la polarisation." Nantes, 2014. http://archive.bu.univ-nantes.fr/pollux/show.action?id=a6e87417-7b5f-4d39-9299-b58de9eadd18.
Full textWithin the framework of Seismic FullWaveform Inversion (FWI) applied to near surface imaging, multicomponent data open new prospects. In this thesis, the potential of bi-component measurements in a 2D/P-SV configuration is investigated for shallow media where surface waves dominate signal. This approach combines formal developments, numerical tests and laboratory experiments. First, using an intrinsic metric in the polarization states space, a new kind of cost-functions for the polarization inversion is introduced. Then, with an adapted version of the FWI code FWT2D-PSV, several numerical experiments are conducted in order to investigate the limits of this approach with different sources of bias as erroneous a priori concerning the density or the attenuation parameters and source/receivers coupling effects. The new methodological developments are then evaluated in case of a near surface configuration with variable depth shallow interfaces. With a view of experimental validation, the third step concerns the upgrade of a reduced scale physical modelling bench (MUSC) in order to model multicomponent seismic acquisitions. Performances of the laser interferometer integrated in the measurement bench are quantitatively determined, especially for several polarization observables. Finally, two applications of this experimental facility to near-surface configuration are presented : shallow cavity detection and laterally varying interfaces
Duong, Duy-Hung. "Etude de la vulnérabilité de structures cylindriques soumises à une forte explosion externe." Phd thesis, Université d'Orléans, 2012. http://tel.archives-ouvertes.fr/tel-00717411.
Full textCoutherut, Margaux. "Les textes procéduraux en anglais : création d'une échelle de prototypicalité." Thesis, Sorbonne Paris Cité, 2016. http://www.theses.fr/2016USPCC226/document.
Full textProcedural texts play an important part in daily life and yet, studies in this domain are lacking. It is posited that a better knowledge of how they work would help people to write them better. Work on procedural texts is generally done at the crossroads of several disciplines: English for Specific Purposes, Corpus Linguistics, Applied Linguistics and Genre Analysis.Starting with the state of the art on procedural texts, a study of the organizational and linguistic levels of texts compiled in several corpora composed of cooking recipes (considered as the reference), gaine mies, science lab protocols user's guides and safety instructions is carried out. These are then compared with one another in the third part. The aim o: this research is to determine which procedural microgenres are the most prototypical and to establish if the specialised or the non-specialised nature of the text has an influence on its degree of prototypicality. This entails the creation of a scale of prototypicality which takes into account the presence, or absence, of protypical features such as a preponderance of imperative verb forms, the frequency of ellipsis, the length of the texts and of their sentences, the adherence to chronological order, the presence of explanations, a two-part structure (elements used and procedural part) and how the mind processes this sort of text
Al, shaer Ali. "Analyse des déformations permanentes des voies ferrées ballastées - Approche dynamique." Phd thesis, Ecole des Ponts ParisTech, 2005. http://pastel.archives-ouvertes.fr/pastel-00001592.
Full textErny, Julien. "Modélisation du traitement de l'information cérébrale dans les réseaux à grande échelle : une approche fondée sur la similarité et la logique floue." Toulouse 3, 2008. http://thesesups.ups-tlse.fr/378/.
Full textIn the context of modelisation of cerebral information processing, an original framework is suggested. Its polyvalence allows it to cope with different scales of modelisation, offering an intermediary approach between cognitive and connexionist models. Its hybrid nature appears also in the way information is formalised in a dual way~: numerically and symbolically. Fuzzy set theory is used ta take into account interactions between these two componants. Two applications of this framework are presented~: a modelisation of McGurk effect and and a modelisation a the network involved in the solving of the Wisconson Card Sorting Test, a neuropsychological test. Both models are confronted to experimental results involving real subjects
Real, Gaultier. "An ultrasonic testbench for reproducing the degradation of sonar performance in fluctuating ocean." Thesis, Aix-Marseille, 2015. http://www.theses.fr/2015AIXM4753/document.
Full textThe ocean medium is subject to many sources of fluctuations. The most critical ones were found to be internal waves, occurring frequently and inducing fluctuations of the spatial distribution of the sound speed field. Because of the fairly long period of this phenomenon as compared to the propagation time of acoustic waves for sonar applications, the process can be considered frozen in time for each stochastic realization of the medium. The development of testbenches allowing to reproduce the effect of atmospheric turbulence on optic waves propagation under laboratory conditions lead to considerable advancements in the field of adaptive optics. We therefore see a vivid interest in being able to reproduce the effects of internal waves on sound propagation in controlled environments. An experimental protocol in a water tank is proposed: an ultrasonic wave is transmitted through a randomly rough acoustic lens, producing distortions of the received wavefront. The induced signal fluctuations are controlled by tuning the statistical parameters of the roughness of the lens. Especially, they are linked to dimensional parameters allowing to classify the configurations into regimes of fluctuations and to predict the statistical moment of the acoustic pressure up to the fourth order. A remarkable relevance of our experimental scheme is found when compared to theoretical and simulation results. The degradation of classical signal processing techniques when applied to our acquired data highlights the need for corrective detection techniques. A review of the existing techniques in other domains is proposed
Le, Dez Thomas. "Approche par similitude du couplage des effets thermiques et du vent sur les transferts de masse dans les réseaux aérauliques des bâtiments complexes." Thesis, La Rochelle, 2016. http://www.theses.fr/2016LAROS006/document.
Full textResidential and industrial buildings equipped with a ventilation system are complex facilities, where heat and mass transfers could occur according to the operating conditions. In order to study these mass transfers, a methodology has been developed to reduced-scale experimentations for non isothermal flows study. This methodology has been numerically validated, and then applied to a standard configuration, representing of the ventilation systems operating principle which are encounter in the nuclear field. The wind and the thermal phenomena influences on the mass transfers inside this configuration have been studied in the Jules Verne climatic wind tunnel of the CSTB for various operating ventilation system situations (normal operating ventilation system, stopping ventilation or protection rate of productivity) and scenarios of heat supply. These thermal sources can be generated by an industrial process or a fire. They have been reproduced experimentally with an helium injection. The effects of the heat sources coupled or not with wind on loss of building containment were highlighted and analyzed. The reliability of the zonal code SYLVIA, used notably to support safety assessment in nuclear buildings, has been analyzed from these experimental results. The modelling of the physical phenomena experimentally observed has been validated. The leakage flowrates reversals have been retrieved with the SYLVIA code. A comparison between the calculations where the heat source has been simulated with an helium injection and with a thermal power permitted to observe the mass injection effect has been caused by the helium on the pressures, the flowrates and the temperatures
Le, Roux Nicolas. "Etude par similitude de l'influence du vent sur les transferts de masse dans les bâtiments complexes." Phd thesis, Université de La Rochelle, 2011. http://tel.archives-ouvertes.fr/tel-00717838.
Full textSolymosi, Bence. "A two-way approach to adapt small-scale laboratory experiments and corresponding numerical simulations of offshore seismic surveys." Thesis, Aix-Marseille, 2018. http://www.theses.fr/2018AIXM0630.
Full textNumerical methods are widely used in seismic exploration to simulate wave propagation and to post-process the recorded seismic data before the geologic/geophysical interpretation. The algorithms are based on various assumptions to reduce the computational cost at the expense of simplifying the models and/or the physical phenomena. Because of their essential role in exploration geophysics, the accuracy of the numerical simulations is of particular interest, especially in the case of realistic geologic setups. The direct comparison of the numerical results with each other in synthetic configurations can have limitations, as it can be difficult to determine the one that gives the best approximation of a physically unknown solution. Because in real life the subsurface is never accurately known, it is also difficult to compare the synthetic results to any seismic data set from field measurements. Therefore there is a strong interest in using laboratory measurements on physical models of known geometries to benchmark the numerical tools. Before comparing measurements and simulations with confidence at high accuracy, we first need to establish a comparative framework with a jointly-adapted approach to both the laboratory experiments and the numerical modeling. This challenging task is the goal of this thesis. Thus, the framework first reproduces offshore seismic measurements in laboratory conditions with the help of small-scale models, and then the numerical tools are adapted to the accurate synthetic reconstruction of the experiments
Courbois, Adrien. "Étude expérimentale du comportement dynamique d'une éolienne offshore flottante soumise à l'action conjuguée de la houle et du vent." Phd thesis, Ecole centrale de nantes - ECN, 2013. http://tel.archives-ouvertes.fr/tel-00840511.
Full textLuizard, Paul. "Les espaces couplés : comportement, conception et perception dans un contexte de salle de spectacle." Phd thesis, Université Pierre et Marie Curie - Paris VI, 2013. http://tel.archives-ouvertes.fr/tel-00874238.
Full textKorakas, Alexios. "Approche numérique et expérimentale de la propagation sonore en environnements océaniques tridimensionnels : application aux problèmes inverses." Phd thesis, Ecole Centrale de Lyon, 2010. http://tel.archives-ouvertes.fr/tel-00514915.
Full textMoreau, Antoine. "Calcul des propriétés homogénéisées de transfert dans les matériaux poreux par des méthodes de réduction de modèle : Application aux matériaux cimentaires." Thesis, La Rochelle, 2022. http://www.theses.fr/2022LAROS024.
Full textIn this thesis, we manage to combine two existing tools in mechanics: periodic homogenization, and reduced-order modelling, to modelize corrosion of reinforced concrete structures. Indeed, chloride and carbonate diffusion take place their pores and eventually oxydate their steel skeleton. The simulation of this degradation is difficult to afford because of both the material heterogenenity, and its microstructure variability. Periodic homogenization provides a multiscale model which takes care of the first of these issues. Nevertheless, it assumes the existence of a representative elementary volume (REV) of the material at the microscopical scale. I order to afford the microstructure variability, we must solve the equations which arise from periodic homogenization in a reduced time. This motivates the use of model order reduction, and especially the POD. In this work we design geometrical transformations that transport the original homogenization equations on the fluid domain of a unique REV. Indeed, the POD method can’t be directly performed on a variable geometrical space like the material pore network. Secondly, we adapt model order reduction to the Poisson-Boltzmann equation, which is strongly nonlinear, and which rules ionic electro diffusion at the Debye length scale. Finally, we combine these new methods to other existing tools in model order reduction (ITSGM interpolatin, MPS method), in order to couple the micro- and macroscopic components of periodic homogenization
Kara-Terki, Chafik. "Une méthode de mise au point des circuits intégrés." Paris 6, 1986. http://www.theses.fr/1986PA066113.
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