Main menu
Search results
Search in FRIDOC
276 results
Simulation of the deformation and contact of scrolls in the scroll compressor.
Recommended by the IIR / IIR document
Cylinder deformation sensitivity study using fea.
IIR document
Numerical model of melting, liquid migration and deformation during an ice cream meltdown test.
Vane slot deformation research of rotary compressor in accumulator welding process.
Magnetocaloric effect in severe plastic deformed Gd-X (X=In, Ga, B, Y, Zr).
Experimental study of a novel non-packing closed evaporative cooling tower with vertical 3D deformation tubes.
A comparison of thermal deformation of scroll profiles inside oil-free scroll vacuum pump and compressor via CAE/CFD analysis.
Study on the performance of a centrifugal compressor considering running tip clearance.
Study on the elastic thermal effect of natural rubber under simple harmonic cycle.
Material characterization and material model development for simulating elastomeric parts in diaphragm pumps.
Study on the contact and size of radial and flank leakage gaps of scrolls in a scroll compressor with CFD/CSM simulations.
Process optimization to improve low friction and wear resistance of compressor solid lubricating coatings.
A numerical simulation of thermodynamic processes for cryogenic metal forming of aluminum sheets and comparison with experimental results.
Dynamic behavior analysis of a moving coil oil-free linear compressor in refrigeration system.
Verification of high-performance lubrication due to precession-rolling in a fully loaded thrust-slide bearing in a large capacity scroll compressor.
Refrigeration sector monitoring
1 result
Always closer to absolute zero
NIST physicists have cooled a mechanical object to a temperature below the so-called “quantum limit.”
Encyclopedia of Refrigeration
Ice cream manufacturing, environmental impact and market data
From a physico-chemical point of view, ice cream is a complex, frozen multiphase mixture. The manufacturing process includes several stages of freezing which are described in this...