Relevant Works
| Main 44 Works.pdf |
1) Numerical Structural Analysis of a Fixed Platform by the Finite Element Method and Computational Fluid Dynamic (CFD)
PACHECO A. A., Numerical Structural Analysis of a Fixed Platform by the Finite Element Method and Computational Fluid Dynamic (CFD). Publication by AAJL Engineering, Rio de Janeiro, Brazil, November, 2023.
| 77508 - Rev. 02.pdf |
2) Reel-Lay: Flexible Pipe Installation Analysis
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Link: https://bit.ly/3wesF9N
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3) Fatigue Analysis of the Tower of a Wind Turbine Installed in the Sea
PACHECO A. A., Fatigue Analysis of the Tower of a Wind Turbine Installed in the Sea. University Final work, Civil Engineering Program, Veiga de Almeida University, Rio de Janeiro, Brazil, December, 2021.
| UndergraduateDeg.pdf |
4) Numerical Simulation of a PLEM Lifting in Still Water Level
PACHECO A. A., Numerical Simulation of a PLEM Lifting in Still Water Level. Publication by AAJL Engineering, Rio de Janeiro, Brazil, July, 2021.
| PLEM-LIFTING - 77480 Rev. 01.pdf |
5) Pipe-Soil Interaction: Analytical and Numerical Analysis
PACHECO A. A., Pipe-Soil Interaction: Analytical and Numerical Analysis. Publication, AAJL Engineering, Rio de Janeiro, Brazil, September, 2019.
| PSoil - 77443.pdf |
6) Elastic Versus Plastic Structural Analysis on Pipes
PACHECO A. A., Elastic Versus Plastic Structural Analysis on Pipes. Publication, AAJL Engineering, Rio de Janeiro, Brazil, July, 2019.
| ElasticPlastic.pdf |
7) Structural Analysis of a CALM Buoy and the Mooring Lines
PACHECO A. A., Structural Analysis of a CALM Buoy and the Mooring Lines. Publication, AAJL Engineering, Rio de Janeiro, Brazil, June, 2019.
| Calm Buoy.pdf |
8) Lateral Buckling of a Steel Pipe in a Water Deep of 1,800 m
PACHECO A. A., Lateral Buckling of a Steel Pipe in a Water Deep of 1,800 m. Publication, AAJL Engineering, Rio de Janeiro, Brazil, May, 2019.
| BucklingIImp.pdf |
9) Buckling of a Pipe without Initial Imperfection
PACHECO A. A., Buckling of a Pipe without Initial Imperfection. Publication, AAJL Engineering, Rio de Janeiro, Brazil, May, 2019.
| Buckling-WI.pdf |
10) Flexible Pipe Presure Armour: Stress and Fatigue Analysis
PACHECO A. A., Flexible Pipe Pressure Armour: Stress and Fatigue Analysis. Publication, AAJL Engineering, Rio de Janeiro, Brazil, September, 2018.
| FPPASFA.pdf |
11) Flexible Pipe: Global and Local Analysis
PACHECO A. A., Flexible Pipe: Global and Local Analysis. Publication, AAJL Engineering, Rio de Janeiro, Brazil, August, 2018.
| FFPGLA.pdf |
12) Fatigue Analysis of a Vertical Riser
PACHECO A. A., Fatigue Analysis of a Vertical Riser. Publication, AAJL Engineering, Rio de Janeiro, Brazil, April, 2018.
| VRFA.pdf |
13) Steel Catenary Riser (SCR): Global and Local Stress Analysis
PACHECO A. A., Steel Catenary Riser (SCR): Global and Local Stress Analysis. Publication, AAJL Engineering, Rio de Janeiro, Brazil, August, 2017. This article was published on linkedin, see the link: https://www.linkedin.com/pulse/steel-catenary-riser-scr-global-local-stress-analysis-aluizio
| SCR.pdf |
14) Local Stress Analysis for Mechanical Models
PACHECO A. A., Local Stress Analysis for Mechanical Models. Publication, AAJL Engineering, Rio de Janeiro, Brazil, May, 2017. This article was published on linkedin, see the link: https://www.linkedin.com/pulse/local-stress-analysis-mechanical-models-aluizio-de-amorim-pacheco.
| Mechanical Models.pdf |
15) Models for Flexible Pipes and Umbilicals
The AAJL Engenharia is initiating to develop models for tensile armour wires of flexible pipes and umbilicals using the program ANATEMP. The program has been developed by AAJL Engenharia and intends to assembly meshes quickly and easily. Furthermore, the AAJL Engenharia intends to develop specifics models according to the necessity of the clients. See below a short video about the program, an assembling of a mesh of a tensile armour wire of a 6 in outer diameter flexible pipe.
PACHECO A. A., Models for Flexible Pipes and Umbilicals. Publication, AAJL Engineering, Rio de Janeiro, Brazil, February, 2017. This article was published on linkedin, see the link: https://www.linkedin.com/pulse/models-flexible-pipes-umbilicals-aluizio-de-amorim-pacheco.
PACHECO A. A., Models for Flexible Pipes and Umbilicals. Publication, AAJL Engineering, Rio de Janeiro, Brazil, February, 2017. This article was published on linkedin, see the link: https://www.linkedin.com/pulse/models-flexible-pipes-umbilicals-aluizio-de-amorim-pacheco.
| TenArmour.exe |
16) Behavior Analysis of the IMODCO-III and its Mooring Lines
PACHECO A. A., Behavior Analysis of the IMODCO-III and its Mooring Lines. Monograph, Civil Engineering Program, COPPE/UFRJ, Rio de Janeiro, Brazil, June 2005. This monograph was as a requirement for the discipline COC892 Special Topics in Compliant Fixed Offshore Structures.
| IMODCO-III.pdf |
17) Physical Modeling of the CALM Mooring System
PACHECO A. A., Physical Modeling of the CALM Mooring System. Report, Civil Engineering Program, COPPE/UFRJ, Rio de Janeiro, Brazil, April, 2005. This report was as a requirement for the discipline COC870 Advanced Techniques in Dynamic Experimental Analysis.
| Physical Model.pdf |
18) Main Concepts about Risers
PACHECO A. A., Main Concepts about Risers. Monograph, Civil Engineering Program, COPPE/UFRJ, Rio de Janeiro, Brazil, January, 2005. This monograph was as a requirement for the discipline COC883 Special Topics in Offshore Structures.
| RISERS SYSTEMS.pdf |
19) Development of a Post-Processor for Visualization of Operation Windows of Drilling Risers
PACHECO A. A., Development of a Post-Processor for Visualization of Operation Windows of Drilling Risers. Master Thesis, Civil Engineering Program, COPPE/UFRJ, Rio de Janeiro, Brazil, April, 2004.
| Master Thesis.pdf |
20) Numerical-Experimental Study of a Free Standing Hybrid Riser Buoyancy Can Installation Using the Platform P23
PACHECO A. A., Numerical-Experimental Study of a Free Standing Hybrid Riser Buoyancy Can Installation Using the Platform P23. Doctoral Thesis, Civil Engineering Program, COPPE/UFRJ, Rio de Janeiro, Brazil, March, 2011.
| Doctoral Thesis.pdf |