+ Technological skills

AMPERE

A1/ Diagnostics and supervision of electric systems, [email protected]

A2/ Power electronics, [email protected]

A3/ Bioengineering, [email protected]

A4/ Fluid Power, [email protected]

A5/ Electromagnetic compatibility (EMC), [email protected]

A6/ Storage systems, [email protected]

A7/ High voltage, [email protected]

A8/ Ecological engineering, [email protected]

 

CETHIL 

B1/ Heat transfers by radiation, convection, conduction and phase change, [email protected]

B2/ Energy efficiency of systems and processes, [email protected]

 

 

 

IMP 

C1/ Physical chemistry of polymers, [email protected]

C2/ Rheology and utilisation of polymers, [email protected]

C3/ Recycling of polymer materials, [email protected]

C4/ Polymer chemistry, [email protected]

C5/ Physical chemistry of hydrogels, [email protected]

 

INL 

D1/ Photovoltaics, [email protected]

D2/ Design of biomedical sensors and associated instrumentation, [email protected]

D3/ Nanolyon technological platform, [email protected]

D4/ Physical and electrical characterisation by Atomic Force Microscopy, [email protected]

D5/ Design and fabrication of Lab-on-a-chip type fluidic microsystems, [email protected]

 

LabECAM

E1/ Energy efficiency of systems and machines, [email protected]

E2/ Energy efficiency of systems and machines, [email protected]

E3/ Microstructural modification of materials, [email protected]

E4/ Microstructural modification of materials, [email protected]

 

LAGEP 

F1/ Process control, [email protected]

F2/ Formulation of active ingredients, [email protected]

F3/ Formulation of particulate solids, [email protected]

F4/ Structured modelling and process control, [email protected]

 

LAMCOS 

G1/ Predictive models of interface behaviour, [email protected] 

G2/ Analysis and modelling of lubricated contacts, [email protected]

G3/ Behaviour of mechanical systems in the presence of lubricated contacts, [email protected]

G4/ Dynamic behaviours of structures and rotating machines, [email protected]

G5/ Coupled numerical and experimental approaches in mechanics, [email protected]

G6/ Thermo-electro-mechanical characterisation of components and structures, [email protected]

G7/ Dynamic characterisations, [email protected]

G8/ Advanced numerical methods, [email protected]

 

LMFA

H1/ Acoustics, [email protected]

H2/ Turbomachinery aerodynamics, [email protected]

H3/ Complex flows and transfers, [email protected]

H4/ Turbulence, [email protected]

 

LMI

i1/ Thermal / Thermodynamic Measures and Modelling, [email protected] ,[email protected]

i2/ Semiconductor epitaxy, gabriel.ferro@univ-lyon1.fr  ,  [email protected]

i4/ Molecular chemistry, [email protected] , dominique. [email protected]

i5/ Microtechnologies / Ultra-thin layers / Coatings, [email protected]

i6/ Materials for Dental Repair, [email protected]

i7/ Metal / Ceramic Composites and Assemblies, [email protected]

i8/ Monocrystal Technology and Applications, [email protected]

 

LTDS 

J1/ tribology and characterisation of interfaces, [email protected]

J2/ Dynamics and durability of structures, [email protected]

J3/ Mechanics of materials and transformation processes, [email protected]

 

LVA 

K1/ Vibroacoustic calculations at medium frequencies, [email protected]

K2/ Source identification, [email protected]

K3/ Non-destructive testing, [email protected]

K4/ Machine monitoring, [email protected]

 

MATEIS 

L1/ Polymers, glasses and heterogeneous materials, [email protected], [email protected]

L2/ Nano and micro-structures, [email protected]

L3/ Materials: Engineering and Sciences, [email protected]   

L4/ Ceramics and ceramic composites, [email protected]

L5/ Biological interactions and biomaterials, [email protected]

L6/ Metals and alloys, [email protected]