InMethodology

Industrial science of material/process/application couplings

What is the Industrial Science of material/process/application couplings? The industrial transformations of materials are based on a simple general physical principle: technical means make it possible to change materials, substances or materials from certain states to other states, with the aim of giving the final state specific characteristics, in terms of form...
InMethodology

What can a rheometer do for industrial questions?

What can a rheometer do for industrial questions? The rheometer is generally known as the device for measuring rheological properties. Most commercial models make it possible to determine the changes in viscosity as a function of shear (flow curve or rheogram, thixotropy) as well as the viscoelastic properties. It is often less known than this...

Introduction to Behavioral Instrumental Techniques

Introduction to behavioral instrumental techniques Material processing industries are full of measuring instruments and standards intended to quantify macroscopic properties related to the flow, texture or mechanical strength of ingredients, finished or semi-finished products. Among them, viscosity cups, Hall funnel, viscometer, texturometer, rheometer, tribometer, durometer and other DMA are...
InMethodology

What is Industrial Behavioral R&D?

What is Industrial Behavioral R&D? Nearly 10 years of industrial collaborations and methodological research have led RHEONIS to implement a unique, high-performance Research and Development approach dedicated to industrial issues related to the physical behavior and transformation of all types of materials. Objectives Industrial Behavioral R&D implements...
InMethodology

What is Smart Data?

What is Smart Data? Smart-Data is an innovative approach to industrial data issues, in order to guarantee upstream the production of relevant data and downstream an exploitation adapted to the targeted objectives. Objectives Smart-Data aims to make the production and use of data related to the technical operations of the transformation...
InMethodology

What is an Instrumented Micro-Pilot?

What is an Instrumented Micro-Pilot®? Instrumented micro-pilots constitute an original approach based on behavioral instrumental techniques. Principle Behavioral techniques make it possible to quantify the responses of matter to various physical constraints. In some cases, it is useful to reproduce qualitatively and/or quantitatively on a laboratory scale the particular constraints of the conditions...
InMethodology

What is Industrial Phenomenology?

What is Industrial Phenomenology? Industrial Phenomenology is our scientific and pragmatic analysis grid of the phenomena at work in industrial operations of material transformation. Industrial Phenomenology aims to fill the lack of understanding of the factors of occurrence and influence of the phenomena observed in most industrial organizations. Such a deficit...
InMethodology

What is a Behavioral Instrumental Technique?

What is a Behavioral Instrumental Technique? Historical heart of the RHEONIS approach, Behavioral Instrumental Techniques designate the different techniques for measuring the dynamic properties of matter, capable of quantifying the responses of matter, of its mixtures and reactions to various physical constraints (thermo-mechanical, fluidic, rheological, tribological, vibratory, textural, interfacial,...). Objectives The...
InMethodology

What is the SPIQI methodology?

What is the SPIQI® methodology? SPIQI, for Science-based Performance, Innovation and Quality for Industry, is our innovative R&D methodology for the performance, quality, innovation and sustainable development of materials processing industries. Objectives SPIQI aims to develop sustainable technical improvements, solutions, methods and innovations at the heart of the technical challenges of...
InMethodology

What is the TRANzFORM methodology?

What is the TRANzFORM® methodology? Last stage of our methodological rocket, the TRANzFORM® methodology focuses on the organizational dimensions of the technical activities of processing industries. Objectives The TRANzFORM® methodology aims to develop the capacity to produce, retain, share and implement the technical knowledge necessary and useful for the development...