Logo de Freelancer Cómo funcionaBusca trabajos
Iniciar sesión Registrarse
Publica un proyecto
EXPLORAR
3D Modelling
Data Entry
Engineering
Excel
Solidworks
Foto de portada de perfil
Ahora estás siguiendo a
Error al seguir a usuario.
Este usuario no permite que los usuarios lo sigan.
Ya estás siguiendo a este usuario.
Tu plan de membresía solo permite 0 seguimientos. Mejora tu membresía aquí.
Dejaste de seguir correctamente a
Error al dejar de seguir al usuario.
Has recomendado exitosamente a
Error al recomendar al usuario.
Algo salió mal. Por favor, actualiza la página e intenta de nuevo.
Email verificado correctamente.
Avatar del usuario
$17 USD / hora
Bandera de AUSTRALIA
perth, australia
$17 USD / hora
Aquí son las 5:54 p. m.
Se unió el noviembre 6, 2019
0 recomendaciones

Harry P.

@HarryHutchison

 5,0 (1 comentario)
1,0
1,0
100%
100%
$17 USD / hora
Bandera de AUSTRALIA
perth, australia
$17 USD / hora
100 %
Trabajos finalizados
100 %
Dentro del presupuesto
100 %
A tiempo
N/A
Tasa de recontratación

Master Mechanical Engineer

MEng mechanical engineer and Experienced CAD draftsman/photo realistic rendering. Specialising in Design, Reverese engineering and Drafting
Freelancer Solidworks Designers Australia
Ver todo Solidworks Designers en Australia

Contacta Harry P. sobre tu trabajo

Inicia sesión para comentar cualquier detalle por chat.

Portafolio

5826988
Differential Mount Design Report
5826859
3D Print file for Freelancer Contest. Created using an initial 2D image of the character.
3D Print - Metropolibot
5826756
Housing design for a Portable Multi-use pump using solidworks.
Portable Pump Housing
5826655
ANSYS Damage Criterion Literature Review
5826505
3D .stl file created for a client. I was provided with 3 Photographs & some technical drawings, from this a 3D model was created in just under 3 hours. The client was then able to submit the .stl to be 3D printed.
3D Print Design - Coffee Lid
3D .stl file created for a client. I was provided with 3 Photographs & some technical drawings, from this a 3D model was created in just under 3 hours. The client was then able to submit the .stl to be 3D printed.
3D Print Design - Coffee Lid
3D .stl file created for a client. I was provided with 3 Photographs & some technical drawings, from this a 3D model was created in just under 3 hours. The client was then able to submit the .stl to be 3D printed.
3D Print Design - Coffee Lid
3D .stl file created for a client. I was provided with 3 Photographs & some technical drawings, from this a 3D model was created in just under 3 hours. The client was then able to submit the .stl to be 3D printed.
3D Print Design - Coffee Lid
5826370
Total Design Process of a Differential Mounting system for a Formula Racing Car. - Conceptual Designs created in Solidworks - Driveline Dynamics simulated in Matlab Simulink (calcualted the maximum forces acting on the mount when under going harsh acceleration) - Dynamic profile implemented into FEA (ANSYS) to investigate areas of low/high stress - Topology Optimization used to remove areas with signifactly low stress values, thus reducing unwanted mass - Final Design was created and fatigue testing estimated the products lifetime + maintenance schedules
Differential Mount
Total Design Process of a Differential Mounting system for a Formula Racing Car. - Conceptual Designs created in Solidworks - Driveline Dynamics simulated in Matlab Simulink (calcualted the maximum forces acting on the mount when under going harsh acceleration) - Dynamic profile implemented into FEA (ANSYS) to investigate areas of low/high stress - Topology Optimization used to remove areas with signifactly low stress values, thus reducing unwanted mass - Final Design was created and fatigue testing estimated the products lifetime + maintenance schedules
Differential Mount
Total Design Process of a Differential Mounting system for a Formula Racing Car. - Conceptual Designs created in Solidworks - Driveline Dynamics simulated in Matlab Simulink (calcualted the maximum forces acting on the mount when under going harsh acceleration) - Dynamic profile implemented into FEA (ANSYS) to investigate areas of low/high stress - Topology Optimization used to remove areas with signifactly low stress values, thus reducing unwanted mass - Final Design was created and fatigue testing estimated the products lifetime + maintenance schedules
Differential Mount
Total Design Process of a Differential Mounting system for a Formula Racing Car. - Conceptual Designs created in Solidworks - Driveline Dynamics simulated in Matlab Simulink (calcualted the maximum forces acting on the mount when under going harsh acceleration) - Dynamic profile implemented into FEA (ANSYS) to investigate areas of low/high stress - Topology Optimization used to remove areas with signifactly low stress values, thus reducing unwanted mass - Final Design was created and fatigue testing estimated the products lifetime + maintenance schedules
Differential Mount
Total Design Process of a Differential Mounting system for a Formula Racing Car. - Conceptual Designs created in Solidworks - Driveline Dynamics simulated in Matlab Simulink (calcualted the maximum forces acting on the mount when under going harsh acceleration) - Dynamic profile implemented into FEA (ANSYS) to investigate areas of low/high stress - Topology Optimization used to remove areas with signifactly low stress values, thus reducing unwanted mass - Final Design was created and fatigue testing estimated the products lifetime + maintenance schedules
Differential Mount
Total Design Process of a Differential Mounting system for a Formula Racing Car. - Conceptual Designs created in Solidworks - Driveline Dynamics simulated in Matlab Simulink (calcualted the maximum forces acting on the mount when under going harsh acceleration) - Dynamic profile implemented into FEA (ANSYS) to investigate areas of low/high stress - Topology Optimization used to remove areas with signifactly low stress values, thus reducing unwanted mass - Final Design was created and fatigue testing estimated the products lifetime + maintenance schedules
Differential Mount
5826988
Differential Mount Design Report
5826859
3D Print file for Freelancer Contest. Created using an initial 2D image of the character.
3D Print - Metropolibot
5826756
Housing design for a Portable Multi-use pump using solidworks.
Portable Pump Housing
5826655
ANSYS Damage Criterion Literature Review
5826505
3D .stl file created for a client. I was provided with 3 Photographs & some technical drawings, from this a 3D model was created in just under 3 hours. The client was then able to submit the .stl to be 3D printed.
3D Print Design - Coffee Lid
3D .stl file created for a client. I was provided with 3 Photographs & some technical drawings, from this a 3D model was created in just under 3 hours. The client was then able to submit the .stl to be 3D printed.
3D Print Design - Coffee Lid
3D .stl file created for a client. I was provided with 3 Photographs & some technical drawings, from this a 3D model was created in just under 3 hours. The client was then able to submit the .stl to be 3D printed.
3D Print Design - Coffee Lid
3D .stl file created for a client. I was provided with 3 Photographs & some technical drawings, from this a 3D model was created in just under 3 hours. The client was then able to submit the .stl to be 3D printed.
3D Print Design - Coffee Lid
5826370
Total Design Process of a Differential Mounting system for a Formula Racing Car. - Conceptual Designs created in Solidworks - Driveline Dynamics simulated in Matlab Simulink (calcualted the maximum forces acting on the mount when under going harsh acceleration) - Dynamic profile implemented into FEA (ANSYS) to investigate areas of low/high stress - Topology Optimization used to remove areas with signifactly low stress values, thus reducing unwanted mass - Final Design was created and fatigue testing estimated the products lifetime + maintenance schedules
Differential Mount
Total Design Process of a Differential Mounting system for a Formula Racing Car. - Conceptual Designs created in Solidworks - Driveline Dynamics simulated in Matlab Simulink (calcualted the maximum forces acting on the mount when under going harsh acceleration) - Dynamic profile implemented into FEA (ANSYS) to investigate areas of low/high stress - Topology Optimization used to remove areas with signifactly low stress values, thus reducing unwanted mass - Final Design was created and fatigue testing estimated the products lifetime + maintenance schedules
Differential Mount
Total Design Process of a Differential Mounting system for a Formula Racing Car. - Conceptual Designs created in Solidworks - Driveline Dynamics simulated in Matlab Simulink (calcualted the maximum forces acting on the mount when under going harsh acceleration) - Dynamic profile implemented into FEA (ANSYS) to investigate areas of low/high stress - Topology Optimization used to remove areas with signifactly low stress values, thus reducing unwanted mass - Final Design was created and fatigue testing estimated the products lifetime + maintenance schedules
Differential Mount
Total Design Process of a Differential Mounting system for a Formula Racing Car. - Conceptual Designs created in Solidworks - Driveline Dynamics simulated in Matlab Simulink (calcualted the maximum forces acting on the mount when under going harsh acceleration) - Dynamic profile implemented into FEA (ANSYS) to investigate areas of low/high stress - Topology Optimization used to remove areas with signifactly low stress values, thus reducing unwanted mass - Final Design was created and fatigue testing estimated the products lifetime + maintenance schedules
Differential Mount
Total Design Process of a Differential Mounting system for a Formula Racing Car. - Conceptual Designs created in Solidworks - Driveline Dynamics simulated in Matlab Simulink (calcualted the maximum forces acting on the mount when under going harsh acceleration) - Dynamic profile implemented into FEA (ANSYS) to investigate areas of low/high stress - Topology Optimization used to remove areas with signifactly low stress values, thus reducing unwanted mass - Final Design was created and fatigue testing estimated the products lifetime + maintenance schedules
Differential Mount
Total Design Process of a Differential Mounting system for a Formula Racing Car. - Conceptual Designs created in Solidworks - Driveline Dynamics simulated in Matlab Simulink (calcualted the maximum forces acting on the mount when under going harsh acceleration) - Dynamic profile implemented into FEA (ANSYS) to investigate areas of low/high stress - Topology Optimization used to remove areas with signifactly low stress values, thus reducing unwanted mass - Final Design was created and fatigue testing estimated the products lifetime + maintenance schedules
Differential Mount

Comentarios

Cambios guardados
Mostrando 1 - 1 de 1 reseñas
 Filtrar reseñas por:
5,0
$30,00 USD
3D modelling a lid for a coffee grinder
It was a great pleasure to work with Harry. He was very professional and even suggested some improvements on the required 3D model. I would definitely hire him again for future projects.
3D Rendering
Solidworks
3ds Max
3D Modelling
3D Animation
Avatar del usuario
Bandera de Andreas Z.
@zoerbnet
•
hace 4 años

Contacta Harry P. sobre tu trabajo

Inicia sesión para comentar cualquier detalle por chat.

Verificaciones

Freelancer preferente
Identidad verificada
Pago verificado
Teléfono verificado
Email verificado
Facebook conectado

Principales habilidades

Solidworks 1
3D Modelling 1
Data Entry
Engineering
Excel

Explorar freelancers similares

Solidworks Designers in Australia
Solidworks Designers
3D Modellers
Data Entry Clerks

Explorar galerías similares

Solidworks
3D Modelling
Data Entry
Engineering
Usuario anterior Usuario siguiente
¡Invitación enviada correctamente!
¡Gracias! Te hemos enviado un enlace para reclamar tu crédito gratuito.
Algo salió mal al enviar tu correo electrónico. Por favor, intenta de nuevo.
Logo de Freelancer Ecuador / Español Ayuda y soporte Freelancer CategoríasProyectos Concursos Freelancers Empresarial MembresíaPrograma de Freelancers Preferentes Gestión del proyecto Trabajos localesPhoto Anywhere GaleríaAPI para desarrolladoresVerifícate Software de escritorio Información Quiénes somos Cómo funciona Seguridad Inversionista Mapa del sitio Historias NoticiasEquipoPremiosComunicados de prensaEmpleos Términos Política de privacidadTérminos y condicionesPolítica de derechos de autorCódigo de conductaCargos y TarifasSociosEscrow.comLoadshiftWarrior Forum Apps Logo de "App Store" de AppleLogo de Google Play
Falló el copiado al portapapeles. Intenta de nuevo después de ajustar tus permisos.
Copiado al portapapeles.
Usuarios registrados Total de empleos publicados
Freelancer ® is a registered Trademark of Freelancer Technology Pty Limited (ACN 142 189 759)
Copyright © 2024 Freelancer Technology Pty Limited (ACN 142 189 759)
Cargando visualización previa
Permiso concedido para Geolocalización.
Tu sesión de acceso ha expirado y has sido desconectado. Por favor, inica sesión nuevamente.