“Innovation, built on the foundations of R&D aimed at improving industrial competitiveness, is part of our hallmark.”
Forming Technologies research team focuses on the development of materials and processes for #Forging, #Rolling, #Stamping and #Additive manufacturing industries. Their research projects are aimed at improving the overall efficiency of the manufacturing process by working on the durability of #tools and manufacturing means, the optimization of #heat treatments or improving the understanding and knowledge on the behavior of materials, among many others.
On the effect of testing setups on Aluminum alloys Interfacial Heat Transfer Coefficient Measurement
Sheet metal to die steel Interfacial Heat Transfer Coefficient (IHTC) is closely related to the
Evolution of hot stamping technology: a bibliometric review
Today’s huge automotive industry requires continuous innovations. In this sense, numerous publications on new materials
Rollover safety ring for vehicles
A rollover safety ring for a vehicle that defines a longitudinal axis (L), a vertical
Manufacture of forming tools with subcutaneous cooling circuits by means of laser cladding
In the manufacturing processes of transformation of metallic, plastic, and ceramic materials, many of the
Tensile properties and fracture toughness at service temperatures of an optimized pearlitic ductile iron alloy for automotive crankshafts
Cast iron and forged steel have competed against each other for many years for different
Apparatus and method of forming countersinks and/or mouse holes in a stamped high strength aluminium sheet
Method of forming countersinks and/or mouse holes comprising the steps of obtaining by stamping a
In-line heat treatment of forgings
Efficient manufacturing processes In-line heat treatmet of forged parts Use of the residual heat of
Advanced management of industrial waste
Field of specialization Advanced management of industrial waste New valorization routes Waste classification Minimization strategies
Antifragile Philosophy in R&D Projects: Applying Q Methodology and the Possibility of Open Innovation
Antifragile philosophy can be the key to improving the management of organizations that base their
Finite difference modelling for understanding the hydrogen assisted cracking in virtual slow strain rate tensile tests
Different hydrogen-induced cracking patterns have been observed on two construction steels belonging to the same
Hydrogen Assisted Fracture of 30MnB5 High Strength Steel: A Case Study
When steel components fail in service due to the intervention of hydrogen assisted cracking, discussion
Improved method for manufacturing a foriming tool
The present invention relates to a process for the manufacturing of a forming tool which