CERENZA
Mechanical engineer specialized in product development
Caxias do Sul,
Brazil
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Altair SimSolid
AutoCAD
Autodesk Inventor
Autodesk Nastran In-CAD
C Programing
CAD Design
CATIA
Cranes
Equipment Design
Hypermesh
Inventor Nastran
KnuckleBoom Crane
Machinery Design
MATLAB Programming
Mobile Cranes
NASTRAN
Overhead & Underslung Cranes
Product Design
PTC Mathcad
Structural Analysis
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About
WE SUPPORT COMPANIES OPERATING IN THE FIELD OF VEHICLES, INDUSTRIAL MACHINES AND THEIR COMPONENTS.
WHO WE AREA
We are a company dedicated to services in the area of mechanical engineering, working with industrial machinery design, product development and structural analysis. We have over 15 years of experience in product design and technical knowledge acquired in industry and academia over the years.
HOW WE WORK
We help with the transformation of an existing product or the creation of a new one. Research for innovation, combined with the goal of keeping costs down, enables the creation of a more competitive product.
- We work in partnership with your engineering in machinery and equipment design;
- We help you develop your product with confidentiality;
- We support your company in the conceptual phase of product development;
- We do structural analysis using numerical analysis;
- We design and calculate hydraulic components.
Numerical analysis services are performed using commercial tools based on the Finite Element Method (FEM), Open source tools and internally developed codes.
Analyses we can do:
- Static - linear and non-linear
- Modal analysis, frequency response and PSD
- Flambagem
- Fatigue
Crane analysis:
- Structural analysis of cranes (Forest cranes, Knuckleboom crane and aerial device) following requirements of EN 13001 (part 1, 2 and 3);
- Structural analysis of lifting devices following current standards;
- Structural analysis of construction cranes.
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WHO WE AREA
We are a company dedicated to services in the area of mechanical engineering, working with industrial machinery design, product development and structural analysis. We have over 15 years of experience in product design and technical knowledge acquired in industry and academia over the years.
HOW WE WORK
We help with the transformation of an existing product or the creation of a new one. Research for innovation, combined with the goal of keeping costs down, enables the creation of a more competitive product.
- We work in partnership with your engineering in machinery and equipment design;
- We help you develop your product with confidentiality;
- We support your company in the conceptual phase of product development;
- We do structural analysis using numerical analysis;
- We design and calculate hydraulic components.
Numerical analysis services are performed using commercial tools based on the Finite Element Method (FEM), Open source tools and internally developed codes.
Analyses we can do:
- Static - linear and non-linear
- Modal analysis, frequency response and PSD
- Flambagem
- Fatigue
Crane analysis:
- Structural analysis of cranes (Forest cranes, Knuckleboom crane and aerial device) following requirements of EN 13001 (part 1, 2 and 3);
- Structural analysis of lifting devices following current standards;
- Structural analysis of construction cranes.
Education
-
Federal University of Rio Grande do Sul
Master Degree, Mechanical (Solid Mechanics), A 1st
2017 – 2020
Activities and Societies:
Area of concentration: solid mechanics
Year: 2017 – 02/2020
Subjects covered:
- Mechanical Vibrations
- Finite Elements
- Introduction to Computer Plasticity
- Special Topics in Solid Mechanics - Micromechanics
- Calculation of Variations with Engineering Applications
Dynamics
- Solid Mechanics I
- Matrix Methods
Thesis
Implementation of a version of the eXtended elements method (XFEM). This method allows a significant improvement in fracture modeling and evaluation, allowing an analysis of finite elements without the need to alter the mesh with the crack propagation, thus making the crack geometrically independent, or at least less dependent on the mesh. The discontinuity present in the elements, due to the existence of the crack, is described through the enrichment of the conventional finite element approximation functions. This method enables both the study of stationary cracking and crack propagation analysis. - University of Caxias do Sul Bacharelor of mechanical engineering, Mechanical Engineering, A 1st 2008 – 2015 Activities and Societies: - Participation in the aerodesign project at the University of Caxias do Sul from 2013 to 2014.
Other experience
-
- Master's dissertation on Crack Analysis using the XFEM/GFEM method.
- 16 years of experience in product development using CAD tools.
- Experience in manufacturing processes (machining, welding and assembly).
- Product development, checking manufacturing process, cost and economic viability.
- Conceptual design, hydraulic design and manual calculations in structural analysis. -
Work and study english language at Adelaide city of Australia
- Work and Study in Adelaide Australia from September 2016 to March 2017.
- General English at Kaplan School, 20 weeks long.
Stats
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Joined: August 4, 2020
Area of Expertise
Aerospace Engineering
Automotive Design
Machine Design
3D Printing Design
Oil & Gas
3D Modeling
General Design
General CAD Drafting
Mechanical Drafting
Packaging Design
Concept Design
Engineering Design
Mechanical Engineering
Structural Engineering
New Invention Development
Homeware Design
Hourly Services
Medical Devices Design
Spacecraft
Tutoring
Yacht & Marine
Carbon Fiber Composite
Patent Search
Utility Patent Services
Design Patent Services
Patent Drawings
The Patent Cooperation Treaty
Drone Design
3D Design Services
Open Innovation
Internet of Things (IoT)
Pet Product Design
Prosthetics Design
2D to 3D Conversion Services
Prototype Design Services
Reverse Engineering
FEA Finite Element Analysis
SolidWorks Design Services
AutoCAD Drafting & Design
Sheet Metal Design
Fabrication Drawings Services
3D Solid Modeling
SolidWorks Engineering Services
AutoCAD Design Services
CATIA Design Services
Part-to-CAD Modeling
3D Models of Machine Parts
Design Engineering Services
2D CAD Drafting Services
Assembly Drawing Services
Assembly Modeling Services
Prototype Design Engineering
Contract Drafting Services
AutoCAD Conversion Services
AutoCAD Drawing Services
CAD Drafting Services
Machine Drawing Services
CAD Drawing Standardization
Exercise Equipment Design
Paper to CAD Conversion
Mechanical Design Services
Metal Design and Fabrication
2D CAD Design Services
Mechanical CAD Design
3D CAD Translation Services
Manufacturing Drawings
CAD Redrafting and Conversion Services
CAD Design File Validation
Paper to AutoCAD Conversion
3D Product Demo
3D Product Modeling
Product Engineering Services
2D to 3D Modeling
Marine Engineering Design Services
Isometric Drawing Services
Packaging Concept Design
Design for Assembly Services
Mechanical Drawing Services
Design for Manufacturing and Assembly
Design for Additive Manufacturing
Languages
English Professional working proficiency
Spanish Limited working proficiency
Portuguese Native or bilingual proficiency
Location
Caxias do Sul, Rio Grande do Sul, Brazil