1. Full Name: Antonio Augusto Gorni
2. E-mail: agorni@iron.com.br
3. Phone: +55-13-467-1805
4. Fax: +55-13-467-1805
5. Address:
6. Organization: COSIPA
7. Name of Website: Antonio Gorni On Line
8. URL of Website: http://www.gorni.eng.br or http://gorni.cjb.net
9. Experience/Expertise:
Materials Engineer; Master of Metallurgical Engineer; Researcher at
Companhia Siderúrgica Paulista (COSIPA) Cubatão (Brazil) since 1982,
working in the development of hot rolling processes, automation, plate
product development and steelmaking; teacher of Polymeric Materials
at FEI - Faculdade de Engenharia Industrial (Industrial Engineering
School); technical editor of the "Plástico Industrial" (Industrial
Plastics) magazine, a Brazilian publication by Aranda Editora.
10.Patents/Writings:
As-Hot-Rolled Dual Phase Steels: An Update
The Effect of Hot Deformation on the Austenite Decomposition of Low
Alloy Steels
The Production of Dual Phase Steels
Determination of Austenite Transformation Temperatures through
Thermal Analysis
The Effect of Finishing Temperature and Cooling Rate on the Microstructure
and Mechanical Properties of an As-Hot-Rolled Dual Phase Steel
Effect of Hot Deformation on the Austenite Transformation of an
As-Hot-Rolled Dual Phase Steel
Analysis of the Strain Hardening of an As-Hot-Rolled Dual Phase Steel
during Tension Testing
Microstructure and Mechanical Properties Characterization of an Heat
Treated Mn-Si-Cr-Mo Steel
Microstructure-Mechanical Properties Relationships in an As-Hot-Rolled
Dual Phase Steel
Topological Characterization of the Dual Phase Microstructure
Determination of the Hot Strength of Steels Processed in the COSIPA's
Rougher Mill #2
Mathematical Modeling of the Hot Strength of Low Alloy, High Strength
Steels
Characterization of the Hot Mechanical/Metallurgical Behavior of COSIPA
Steels
Comparison between the Several Approaches to the Mathematical Modeling
of the Hot Strength of Carbon and Microalloyed Steels
Modeling the Effect of Alloy Elements in the Hot Strength of Steel
Comparison between the Several Approaches for the Calculation of the
Activation Energy for Hot Forming Q
Application of Forced Cooling during the Holding Phase in Controlled
Rolling of Plates
Effect of the Thickness of Rolling Stock during the Holding Phase of
Controlled Rolling over the Microstructural Parameters of Shipbuilding
Nb-Ti Steel Plates
Optimization of the Chemical Composition and Controlled Rolling
Process for Shipbuilding Nb-Ti Steel Plates
Microstructure and Properties Characterization of Controlled Rolled,
Triple Width Plates
Production of Normalized Plates Directly from the Rolling Heat
Recent Developments in Controlled Rolling
Application of Normalizing Rolling for the Production of DIN 17100
St 52.3N Plates
Increasing the Energetic Efficiency of the Production of Normalized
Plates
Development of Alternative Steels to Quenched and Tempered Materials
with Tensile Strength between 600 to 800 MPa
Development of a New Plane View Control Technique in Plate Rolling
from Continuously Cast Slabs
Optimization of the Work Roll Crown in a Plate Mill
Technological Innovations in Plate Rolling: Equipments
Technological Innovations in Plate Rolling: Processes and Products
Start-up of High Chrome Work Rolls at COSIPA Plate Mill
Production of Extra-Heavy, ASTM A36 Grade Plates from Continuously
Cast Slabs
Determination of Instantaneous/Mean Parameters and RMS Torques of
COSIPA's Rougher Mill #2
Study about the Causes of Turn-up in a Plate Mill
Mathematical Model for Flatness Control during Plate Rolling
Development of a Mathematical Model for the Prediction of the Pass
Schedule for a Plate Mill
Mathematical Modeling of Plate Mill Processes
Application of Artificial Neural Networks in the Modeling of Plate
Mill Processes
Mathematical Modeling for the Calculation of Solubilization/Precipitation
in Nb-Ti-V Microalloyed Steels
Mathematical Modelling of the Critical Temperatures of Controlled
Rolling Using Empirical Equations and Neural Networks
Calculation of the No-Recrystallization Temperature for Microalloyed
Steels from the Interaction between Austenite Precipitation and
Recrystallization
Mathematical Correlation between Temperatures within a Batch of Coils
for Annealing
Physical Simulation of Heat Treatments
Microstructural Evolution in a Nb Steel during an Isothermal Annealing
at 630oC
Determination of the Microstructural Evolution during the Batch Annealing
of Microalloyed Steel Coils
Influence of the Precipitation of Nb Carbonitrides on the Ferritic
Recrystallization of a Nb Steel
Liquid Metal Filtration: A Consolidating Technique
Liquid Metal Filtration: Applications in Ferrous Metals
Liquid Metal Filtration: Applications in Non-Ferrous Metals
Causes of Macro-Inclusions in Steel Cast Products and How to Avoid
Them
AutoSaver: Automatic Program Saving in the Apple II+ Microcomputer
Software Package for Quantitative Metallography
A Curve Fitting Program for any Kind of Function
SubGraph: A Scientific Graphical Package
Software for Statistical Process Control (Parts I & II)
Software Package for Analysis of Tension Test Data
Artificial Neural Networks: A Revolutionary Approach in Artificial
Intelligence
Software for Numerical Smoothing and Diferentation of Experimental
Data
Internet Applications for Materials and Metallurgical Engineering
Spreadsheet Applications in Materials Science
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See more details in http://gorni.cjb.net/publ.html
11.Forum Title: Metals Forming Forum
12.Brief Description of Forum:
A forum for discussion about technological, industrial practice
and theoretical aspects of hot and cold forming of metals.
13.Welcome Message to Our Friends:
Welcome to the Metals Forming Forum!
This forum, kindly sponsored by IndustryCommunity.com, intends to
promote on-line discussion about all industrial, technological and
theoretical aspects about metal forming, including hot, warm and
cold processes.
I am Antonio A. Gorni (http://www.gorni.eng.br or http://gorni.cjb.net),
Materials Engineer and Researcher since 1982 at the Companhia
Siderúrgica Paulista, an integrated steelworks near São Paulo, Brazil.
My field of work nowadays is process development and automation of hot
rolling processes, specially hot working.
Let the discussion begin!
Antonio A. Gorni
