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Israel M.

@isramarino91

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CAE Engineer

Greetings, My name is Israel Marino I'm a Mechanical Engineer with a master's degree and a specialization in CFD. I have been working since 2015 with simulation challenges: FEA, CFD and FSI
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Portafolio

2937730
I studied the dynamical behaviour of a warren truss bridge that is loaded by a impact force of 10000 N. Using the finite element method, i calculated the static deflection of the structure and the firsts five modes of vibration. Using the Newmark's method, i calculated the deflection after the load is applied and the reaction on the bridge supports. All these calculation that i mentioned before are shown next. All this calculations were made in Matlab
Vibration Analysis of a Warren Truss Bridge
I studied the dynamical behaviour of a warren truss bridge that is loaded by a impact force of 10000 N. Using the finite element method, i calculated the static deflection of the structure and the firsts five modes of vibration. Using the Newmark's method, i calculated the deflection after the load is applied and the reaction on the bridge supports. All these calculation that i mentioned before are shown next. All this calculations were made in Matlab
Vibration Analysis of a Warren Truss Bridge
I studied the dynamical behaviour of a warren truss bridge that is loaded by a impact force of 10000 N. Using the finite element method, i calculated the static deflection of the structure and the firsts five modes of vibration. Using the Newmark's method, i calculated the deflection after the load is applied and the reaction on the bridge supports. All these calculation that i mentioned before are shown next. All this calculations were made in Matlab
Vibration Analysis of a Warren Truss Bridge
I studied the dynamical behaviour of a warren truss bridge that is loaded by a impact force of 10000 N. Using the finite element method, i calculated the static deflection of the structure and the firsts five modes of vibration. Using the Newmark's method, i calculated the deflection after the load is applied and the reaction on the bridge supports. All these calculation that i mentioned before are shown next. All this calculations were made in Matlab
Vibration Analysis of a Warren Truss Bridge
I studied the dynamical behaviour of a warren truss bridge that is loaded by a impact force of 10000 N. Using the finite element method, i calculated the static deflection of the structure and the firsts five modes of vibration. Using the Newmark's method, i calculated the deflection after the load is applied and the reaction on the bridge supports. All these calculation that i mentioned before are shown next. All this calculations were made in Matlab
Vibration Analysis of a Warren Truss Bridge
I studied the dynamical behaviour of a warren truss bridge that is loaded by a impact force of 10000 N. Using the finite element method, i calculated the static deflection of the structure and the firsts five modes of vibration. Using the Newmark's method, i calculated the deflection after the load is applied and the reaction on the bridge supports. All these calculation that i mentioned before are shown next. All this calculations were made in Matlab
Vibration Analysis of a Warren Truss Bridge
I studied the dynamical behaviour of a warren truss bridge that is loaded by a impact force of 10000 N. Using the finite element method, i calculated the static deflection of the structure and the firsts five modes of vibration. Using the Newmark's method, i calculated the deflection after the load is applied and the reaction on the bridge supports. All these calculation that i mentioned before are shown next. All this calculations were made in Matlab
Vibration Analysis of a Warren Truss Bridge
I studied the dynamical behaviour of a warren truss bridge that is loaded by a impact force of 10000 N. Using the finite element method, i calculated the static deflection of the structure and the firsts five modes of vibration. Using the Newmark's method, i calculated the deflection after the load is applied and the reaction on the bridge supports. All these calculation that i mentioned before are shown next. All this calculations were made in Matlab
Vibration Analysis of a Warren Truss Bridge
2937667
I studied the wall effects on the vortex shedding frequency in submarine pipelines. As can be seen in the pictures, if the pipeline is deformed due to his own weight. The shape of the streamlines downstream of the pipeline has a three-dimensional behaviour. Causing that the vortex shedding frequency depends of the distance between the cylinder and the seabed. This phenomena also affects the pipeline causing a perennial force in the cross-flow direction (lift) changing the equilibrium position of the structure. In the figures can be seen the streamlines downstream of the pipeline and the velocity field in a plane located at the middle of the pipe length. The four cases that are shown in the figures correspond to differents lengths between the pipeline and the seabed ( a. 7,5D b. 2D c. 0,75D d. 0,25D)* *.. D is the pipe diameter
3D simulation of vortex shedding in submarine pipelines
I studied the wall effects on the vortex shedding frequency in submarine pipelines. As can be seen in the pictures, if the pipeline is deformed due to his own weight. The shape of the streamlines downstream of the pipeline has a three-dimensional behaviour. Causing that the vortex shedding frequency depends of the distance between the cylinder and the seabed. This phenomena also affects the pipeline causing a perennial force in the cross-flow direction (lift) changing the equilibrium position of the structure. In the figures can be seen the streamlines downstream of the pipeline and the velocity field in a plane located at the middle of the pipe length. The four cases that are shown in the figures correspond to differents lengths between the pipeline and the seabed ( a. 7,5D b. 2D c. 0,75D d. 0,25D)* *.. D is the pipe diameter
3D simulation of vortex shedding in submarine pipelines
2937730
I studied the dynamical behaviour of a warren truss bridge that is loaded by a impact force of 10000 N. Using the finite element method, i calculated the static deflection of the structure and the firsts five modes of vibration. Using the Newmark's method, i calculated the deflection after the load is applied and the reaction on the bridge supports. All these calculation that i mentioned before are shown next. All this calculations were made in Matlab
Vibration Analysis of a Warren Truss Bridge
I studied the dynamical behaviour of a warren truss bridge that is loaded by a impact force of 10000 N. Using the finite element method, i calculated the static deflection of the structure and the firsts five modes of vibration. Using the Newmark's method, i calculated the deflection after the load is applied and the reaction on the bridge supports. All these calculation that i mentioned before are shown next. All this calculations were made in Matlab
Vibration Analysis of a Warren Truss Bridge
I studied the dynamical behaviour of a warren truss bridge that is loaded by a impact force of 10000 N. Using the finite element method, i calculated the static deflection of the structure and the firsts five modes of vibration. Using the Newmark's method, i calculated the deflection after the load is applied and the reaction on the bridge supports. All these calculation that i mentioned before are shown next. All this calculations were made in Matlab
Vibration Analysis of a Warren Truss Bridge
I studied the dynamical behaviour of a warren truss bridge that is loaded by a impact force of 10000 N. Using the finite element method, i calculated the static deflection of the structure and the firsts five modes of vibration. Using the Newmark's method, i calculated the deflection after the load is applied and the reaction on the bridge supports. All these calculation that i mentioned before are shown next. All this calculations were made in Matlab
Vibration Analysis of a Warren Truss Bridge
I studied the dynamical behaviour of a warren truss bridge that is loaded by a impact force of 10000 N. Using the finite element method, i calculated the static deflection of the structure and the firsts five modes of vibration. Using the Newmark's method, i calculated the deflection after the load is applied and the reaction on the bridge supports. All these calculation that i mentioned before are shown next. All this calculations were made in Matlab
Vibration Analysis of a Warren Truss Bridge
I studied the dynamical behaviour of a warren truss bridge that is loaded by a impact force of 10000 N. Using the finite element method, i calculated the static deflection of the structure and the firsts five modes of vibration. Using the Newmark's method, i calculated the deflection after the load is applied and the reaction on the bridge supports. All these calculation that i mentioned before are shown next. All this calculations were made in Matlab
Vibration Analysis of a Warren Truss Bridge
I studied the dynamical behaviour of a warren truss bridge that is loaded by a impact force of 10000 N. Using the finite element method, i calculated the static deflection of the structure and the firsts five modes of vibration. Using the Newmark's method, i calculated the deflection after the load is applied and the reaction on the bridge supports. All these calculation that i mentioned before are shown next. All this calculations were made in Matlab
Vibration Analysis of a Warren Truss Bridge
I studied the dynamical behaviour of a warren truss bridge that is loaded by a impact force of 10000 N. Using the finite element method, i calculated the static deflection of the structure and the firsts five modes of vibration. Using the Newmark's method, i calculated the deflection after the load is applied and the reaction on the bridge supports. All these calculation that i mentioned before are shown next. All this calculations were made in Matlab
Vibration Analysis of a Warren Truss Bridge
2937667
I studied the wall effects on the vortex shedding frequency in submarine pipelines. As can be seen in the pictures, if the pipeline is deformed due to his own weight. The shape of the streamlines downstream of the pipeline has a three-dimensional behaviour. Causing that the vortex shedding frequency depends of the distance between the cylinder and the seabed. This phenomena also affects the pipeline causing a perennial force in the cross-flow direction (lift) changing the equilibrium position of the structure. In the figures can be seen the streamlines downstream of the pipeline and the velocity field in a plane located at the middle of the pipe length. The four cases that are shown in the figures correspond to differents lengths between the pipeline and the seabed ( a. 7,5D b. 2D c. 0,75D d. 0,25D)* *.. D is the pipe diameter
3D simulation of vortex shedding in submarine pipelines
I studied the wall effects on the vortex shedding frequency in submarine pipelines. As can be seen in the pictures, if the pipeline is deformed due to his own weight. The shape of the streamlines downstream of the pipeline has a three-dimensional behaviour. Causing that the vortex shedding frequency depends of the distance between the cylinder and the seabed. This phenomena also affects the pipeline causing a perennial force in the cross-flow direction (lift) changing the equilibrium position of the structure. In the figures can be seen the streamlines downstream of the pipeline and the velocity field in a plane located at the middle of the pipe length. The four cases that are shown in the figures correspond to differents lengths between the pipeline and the seabed ( a. 7,5D b. 2D c. 0,75D d. 0,25D)* *.. D is the pipe diameter
3D simulation of vortex shedding in submarine pipelines

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Experiencia

Project Engineer

Consultant company
feb 2015 - Presente
My job consists in different activities related to simulation: -Give technical support to customers -Give CFD and FEA training at basic and advanced levels -Simulation consultancy in engineering projects

Teacher assistant

Simón Bolívar University
ene 2013 - dic 2013 (11 meses, 1 día)
I worked as a teacher assitant, giving clases to other students in signatures such as: Materials Mechanics, Mechanical Vibrations, Dynamics, Computational Mechanics.

Academic Asistant

Simón Bolívar University
ene 2012 - jul 2012 (6 meses, 1 día)
I worked as a MATLAB instructor, writting and designing courses and manuals to teach other students how to use the Software.

Educación

Msc. in Mechanical Engineering

Universidad Central de Venezuela, Venezuela 2015 - 2017
(2 años)

Mechanical Engineer

Universidad Nacional Experimental Simón Bolívar, Venezuela 2009 - 2015
(6 años)

Calificaciones

Ansys Certified Professional - Structures

Ansys Inc
2022
This Certificates me as a support professional in the usage of Ansys Tools for Structures applications

Ansys Certified Professional - Fluids

Ansys Inc
2022
This Certificates me as a support professional in the usage of Ansys Tools for fluis applications

Autodesk Inventor nivel I.

ARTS Institute
2012

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Engineering
Matlab and Mathematica
CAD/CAM
Scientific Research

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