ConferenceSeries Ltd invites participants from across the globe to take part in the International Conference on Rheology and Fluid Mechanics at Alicante, Spain during November 10-12, 2016. 

Rheology 2016 is a scientific gathering that guarantees the offering, thoughts and ideas which will enable and secure you the theme "Unifying Statics and Dynamics of Fluids''. It provides a premier technical forum for reporting and learning about the latest research and development, as well as for launching new applications and technologies.

Track 1: Suspensions, Emulsions and Colloids

Suspension rheology is a broad and rapidly evolving field. It is a special subject on its own being interdisciplinary in nature. From a macroscopic point of view suspensions are termed as continuous or simply homogenous in nature. Colloids are mixtures having particles too small to be seen by naked eyes and yet larger than molecules whose size varies between 2 and 1000 nanometres. Colloidal suspensions are experienced in a multitude of natural, biological and industrially relevant products and procedures. Colloidal suspensions, commonly also called dispersions, are complex fluids. These materials are different from simple fluids because of the relative arrangement of their constituents, commonly referred to as microstructure. Their flow  is determined by the interplay of particle scale forces with the motion which is imposed by macroscopic flow.

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Track 2: Polymer Rheology

Particulate dispersion is a mixture of particles having differing compositions disturbed through a continuous liquid phase. The particulate phase of the dispersion can be solids or liquid or even gas. If the particulate phase is solid it is called suspensions, and if it is liquid then it is called an emulsion whereas if it is in gases it is called bubbly liquid or bubbly suspension. Enthalpic interactions  transform the entropic statistical behaviour of an ideal polymer chain which means that there are no net expansive forces. Alternatively it can be said that it does not matter whether the monomers in contact are part of the same chain or different chains. Result is that the scaling exponent for an ideal random walk (ν = 0.5) is recuperated. Polymer experiences a very strong attractive potential which could be either low temperatures (attractive part of vdW force was previously ignored) or when the polymer is placed in a very poor solvent. This globular state is much important in biopolymers (proteins, DNA) and is also significant in synthetic polymer processing.

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Track 3:Non-Newtonian Fluid Mechanics And Visco-Elasticity

A non-Newtonian fluid is a fluid that doesn’t follow the Newton’s law of viscosity and whose characteristics differ from those of the Newtonian fluids. These are basically complex mixtures such as slurries, pastes gels, etc.  Usually, the viscosity of a non-Newtonian fluid is dependent on shear rate or shear rate history. The relation between the shear stress and the shear rate in a Newtonian fluid is linear, and passes through the origin, the constant of proportionality being the coefficient of viscosity.

Viscoelastic materials are the materials which possess both elastic and viscous properties. When these materials are subjected to step constant stress, they experience time dependent increase in strain which is called viscoelastic creep. There are various viscoelastic model such as Maxwell model, Kelvin model and Standard Linear Solid model. Viscoelasticity only deals with solidified plastic materials.

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Track 4: Interfacial Rheology And Computational Rheology

The study of the flow properties of liquid interfaces is called Interfacial rheology. These flow properties are important for many products and process industries as they are key determinants of the behaviour and stability of suspensions, emulsions, froth and foams. Citing the examples of paints, pharmaceuticals, cosmetics, personal care, food products and all others that require optimum composition and stability for their performance and shelf life, the importance of these flow properties can be understood. The petrochemical and mineral processing industries often clash with problems couples with emulsion and froth stability. Interfacial rheology concerns with the response of the adsorbed interfacial layer on the deformation.

Computational rheology is a progressing subject. Problems that were intractable a decade ago, such as 3D transient flows of polymeric liquids, non-isothermal non-Newtonian flows or flows of highly elastic liquids through complex geometries, are now being grappled with owing to the accessibility of parallel computers, robust methods and breakthroughs in constitutive modelling. It begins with broad exploration of non-Newtonian fluids which should include their mathematical modelling and scrutiny, before specific computational techniques are debated upon and examined. The application of these techniques to some important rheological flow problems related to academic and industrial interest is then treated in an exhaustive and ultra-modern exposition. Finally, the reader is kept along-side of topics at the highly advanced and pioneering sides of research in computational applied mathematics, such as adaptivity and stochastic partial differential equations.

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Track 5: Self-Assembled Systems And Gels

In Nanotechnology, the phenomenon where the components of the system assemble themselves spontaneously through an interaction to form much larger functional units is called self-assembly. The controlling, handling and administration of matter or substance or the medium at atomic, molecular or/and supramolecular scale is termed as Nano-technology.

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Track 6: Microfluidics And Nano Fluidics

Microfluidics is the discipline of designing, manufacturing, and formulating devices and processes that is supposed to deal with volumes of fluid in the order of Nano litres and Pico litres. The devices themselves are incorporated with dimensions varying between millimetres (mm) down to micrometres. Nano fluidics is the study of the behaviour, manipulation, and control of fluids which are assembled in the size range of nanometre (typically 1-100 nm) characteristic dimensions.

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Track 7: Biological Macromolecules

Biological macromolecules are large and complex molecules with specific biological functions. These macromolecules are important cellular units as they accomplish a number of functions demanded for the survival and growth of living beings. These are the polymers that are synthesized through the dehydration reactions among smaller components called monomers. Biological macromolecules can be disintegrated into their simpler components via hydrolysis reactions.

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Track 8: Food Rheology And Bio-Rheology

Food rheology can be thought of as material science of food in simple terms. The areas in which food rheology is important to be discussed are:Process engineering calculations involving wide range of equipment such as pipelines, extruders, pumps, mixers, coaters, etc. ; Determining ingredient functionality in product development ; Quality control ; Shelf life testing ; Evaluation of food texture by correlation to sensory data ; Analysis of rheological equations of state

Bio-rheology deals with the measurement of studying the rheological properties of biological materials such as fluids circulating inside the human body or the artificial biocompatible materials. Bio-rheology deals with mainly blood rheology. The study and measurement of blood rheological properties is a difficult task in itself. Rheological behaviour of blood is studied as dominated by plasma viscosity, hematocrit and Red Cell properties, namely aggregability and deformability.

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Track 9: Concrete Rheology And Asphalt Technology

Cement-based materials are of enormous technological importance and their satisfactory performance depends on being able to transport and mould them in the freshly mixed states. It is necessary that the materials in consideration are highly concentrated suspension of solid particles in liquid. The rheology of concrete is measured with concrete rheometer. A concrete rheometer determines the resistance of the concrete to shear flow at various shear rates.

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Track 10: Rheology In Petroleum And Pharmaceuticals

Rheological study proved itself to be greatly helpful with respect to product characterization and improvement. Petroleum products exhibit a finite magnitude of yield stress and also it demonstrates pronounced non-Newtonian shear-thinning flow behaviour. The rheological feature enhances sensory qualities of the pharmaceutical and cosmetic products where petroleum based jelly serves as a base material.

The reasons for which the rheological view of pharmaceutical field is necessary are to understand the fundamental nature of a system, for quality control of raw and final products and to study the effect of different parameters such as formulations, storage time and the temperature on the quality and acceptance of a final product.

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Track 11: Compressible Flows and Turbulence

Compressible flow deals with flows having remarkable changes in fluid density. Gases, display such behavior. The Mach number must be greater than about 0.3 (since the density change is greater than 5% in that case), to differentiate compressible from in-compressible flow in air, . The study of compressible flow is pertinent to high-speed aircraft, jet engines, rocket motors, hyper-loops, high-speed entry into a planetary atmosphere, gas pipelines, commercial applications such as abrasive blasting, and many other fields.

Turbulence or turbulent flow is a flow regime characterized by chaotic property changes. This includes low momentum diffusion, high momentum convection, and rapid variation of pressure and flow velocity in space and time.

In numerous fields of study, the component of instability within a system is generally characterized by some of the outputs or internal states growing without bounds. Not all systems that are not stable are unstable; systems can also be marginally stable or exhibit limit cycle behavior.

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Track 12: Computational Fluid Dynamics

Computational fluid dynamics (CFD) is a subdivision of fluid mechanics that uses mathematical investigation and processes to solve and examine difficulties that involve fluid flows. Computers are used to perform the designs required to simulate the collaboration of liquids and gases with surfaces defined by boundary situations. With high-speed supercomputers, better solutions can be achieved.

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Track 13: Drag Reduction

Drag reduction is a phenomenon in which the friction of a liquid flowing in a pipe in turbulent flow is decreased by using a small amount of an additive. The used drag reducing additives are effective because they reduced the turbulent friction of the solution.

In aircraft and rocket design, overall propulsive efficiency is the efficiency, in percent, with which the energy contained in a vehicle's propellant is converted into useful energy, to replace losses due to aerodynamic drag, gravity, and acceleration. It is always less than 100% because of kinetic energy loss to the exhaust, and less-than-ideal efficiency of the propulsive mechanism, whether a propeller, a jet exhaust, or a fan.

Flow control is the management of data flow between computers or devices or between nodes in a network so that the data can be handled at an efficient pace. Too much data arriving before a device can handle it causes data overflow, meaning the data is either lost or must be retransmitted.

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Track 14: Vortex-Dominated Flows

Nearly all fluid flows are at some level dominated by vortices. Many flows exhibit quasi-steady vortices (or vortices that can be made quasi-steady by a suitable translation or rotation of the reference frame) that are observable in the temporally averaged flow field. Common examples of flows in this category include airfoil tip vortices; horseshoe vortices at the juncture of a body and a solid surface (e.g., an airplane wing, marine control fin, or a bridge piling); wake vortices behind ships, automobiles and trucks; pump and fan intake vortices; tornadoes; streamwise vortices in river bends; Görtler vortices in a bent channel; the vortex street pattern behind a circular cylinder; mixing layer vortices; and helicopter rotor wake vortices.

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Track 15: Geophysical Fluid Dynamics

Geophysical fluid dynamics is the study of naturally occurring, large-scale flows on Earth and other planets. It is applied to the motion of fluids in the ocean and outer core, and to gases in the atmosphere of Earth and other planets.

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Track 16: Bio-fluid mechanics

Bio-fluid mechanics is the study of a certain class of biological problems from a fluid mechanics point of view. Biofluid mechanics does not involve any new development of the general principles of fluid mechanics but it does involve some new applications of the method of fluid mechanics. Complex movements of fluids in the biological system demand for their analysis professional fluid mechanics skills.

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Track 17: Magneto-hydrodynamic

Magneto-hydrodynamic (MHD) (magneto fluid dynamics or hydromagnetics) is the study of the magnetic properties of electrically conducting fluids. Examples of such magneto-fluids include plasmas, liquid metals, and salt water or electrolytes.

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Track 18: Multiphase And Particulate Flows

In fluid mechanics, multiphase flow is simultaneous flow of (a) materials with different states or phases (i.e. gas, liquid or solid), or (b) materials with different chemical properties but in the same state or phase (i.e. liquid-liquid systems such as oil droplets in water).

he relatively recent increase in computational power available for mathematical modeling and simulation raises the possibility that modern numerical methods can play a significant role in the analysis of complex particulate flows.

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Track 19: Environmental Fluid Mechanics

The Environmental Fluid Dynamics studies flow and transport in a diverse range of environmental systems, including the atmosphere, the oceans, lakes, streams and subsurface environments (e.g. groundwater, oil) as well as the interfaces that connect these diverse systems.

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