V8 Engine CAD Model in PTC Creo Parametric 3.0 (Spring 2018)

An accurate 8-cylinder DOHC internal combustion engine with a flat-plane crank, was modeled in PTC Creo Parametric 3.0/4.0 as a class project for MEE2024 (Solids Modeling and 3D Design Principles). This project included a basic, yet fully developed rotating assembly of over 150 engine components, though the assignment only called for a twenty part assembly with few linkages.

The final design package included:

  • Part illustrations
  • Assembly illustrations
  • Engineering drawings and annotations
  • Overall parts list
  • A whole lot of patience!
An accurate 8-cylinder DOHC internal combustion engine with a flat-plane crank, was modeled in PTC Creo Parametric 3.0/4.0 as a class project for MEE2024 (Solids Modeling and 3D Design Principles). This project included a basic, yet fully developed rotating assembly of over 150 engine components. Full Assembly.
An accurate 8-cylinder DOHC internal combustion engine with a flat-plane crank, was modeled in PTC Creo Parametric 3.0/4.0 as a class project for MEE2024 (Solids Modeling and 3D Design Principles). This project included a basic, yet fully developed rotating assembly of over 150 engine components. Image of Crankshaft/pistons assembly.
An accurate 8-cylinder DOHC internal combustion engine with a flat-plane crank, was modeled in PTC Creo Parametric 3.0/4.0 as a class project for MEE2024 (Solids Modeling and 3D Design Principles). This project included a basic, yet fully developed rotating assembly of over 150 engine components. Image of cylinder head assembly with valves and sparkplugs.
An accurate 8-cylinder DOHC internal combustion engine with a flat-plane crank, was modeled in PTC Creo Parametric 3.0/4.0 as a class project for MEE2024 (Solids Modeling and 3D Design Principles). This project included a basic, yet fully developed rotating assembly of over 150 engine components. Image of valvetrain assembly.
An accurate 8-cylinder DOHC internal combustion engine with a flat-plane crank, was modeled in PTC Creo Parametric 3.0/4.0 as a class project for MEE2024 (Solids Modeling and 3D Design Principles). This project included a basic, yet fully developed rotating assembly of over 150 engine components. Image of overall assembly from the front.
An accurate 8-cylinder DOHC internal combustion engine with a flat-plane crank, was modeled in PTC Creo Parametric 3.0/4.0 as a class project for MEE2024 (Solids Modeling and 3D Design Principles). This project included a basic, yet fully developed rotating assembly of over 150 engine components. Image of piston head.
An accurate 8-cylinder DOHC internal combustion engine with a flat-plane crank, was modeled in PTC Creo Parametric 3.0/4.0 as a class project for MEE2024 (Solids Modeling and 3D Design Principles). This project included a basic, yet fully developed rotating assembly of over 150 engine components. Image of piston connecting rod.
An accurate 8-cylinder DOHC internal combustion engine with a flat-plane crank, was modeled in PTC Creo Parametric 3.04.0 as a class project for MEE2024 (Solids Modeling and 3D Design Principles). This project included a basic, yet fully developed rotating assembly of over 150 engine components. Image of v8 flatplane crankshaft.
An accurate 8-cylinder DOHC internal combustion engine with a flat-plane crank, was modeled in PTC Creo Parametric 3.0/4.0 as a class project for MEE2024 (Solids Modeling and 3D Design Principles). This project included a basic, yet fully developed rotating assembly of over 150 engine components. Image of v8 flatplane crankshaft.
An accurate 8-cylinder DOHC internal combustion engine with a flat-plane crank, was modeled in PTC Creo Parametric 3.0/4.0 as a class project for MEE2024 (Solids Modeling and 3D Design Principles). This project included a basic, yet fully developed rotating assembly of over 150 engine components. Image of dohc cylinder head.
An accurate 8-cylinder DOHC internal combustion engine with a flat-plane crank, was modeled in PTC Creo Parametric 3.0/4.0 as a class project for MEE2024 (Solids Modeling and 3D Design Principles). This project included a basic, yet fully developed rotating assembly of over 150 engine components. Image of oil pan.
An accurate 8-cylinder DOHC internal combustion engine with a flat-plane crank, was modeled in PTC Creo Parametric 3.0/4.0 as a class project for MEE2024 (Solids Modeling and 3D Design Principles). This project included a basic, yet fully developed rotating assembly of over 150 engine components. Image of valvetrain and cylinder head.
An accurate 8-cylinder DOHC internal combustion engine with a flat-plane crank, was modeled in PTC Creo Parametric 3.0/4.0 as a class project for MEE2024 (Solids Modeling and 3D Design Principles). This project included a basic, yet fully developed rotating assembly of over 150 engine components. Image of cylinder head valvetrain.
An accurate 8-cylinder DOHC internal combustion engine with a flat-plane crank, was modeled in PTC Creo Parametric 3.0/4.0 as a class project for MEE2024 (Solids Modeling and 3D Design Principles). This project included a basic, yet fully developed rotating assembly of over 150 engine components. Image of cylinder head valvetrain.
An accurate 8-cylinder DOHC internal combustion engine with a flat-plane crank, was modeled in PTC Creo Parametric 3.0/4.0 as a class project for MEE2024 (Solids Modeling and 3D Design Principles). This project included a basic, yet fully developed rotating assembly of over 150 engine components. Image of cylinder head valvetrain different view.
An accurate 8-cylinder DOHC internal combustion engine with a flat-plane crank, was modeled in PTC Creo Parametric 3.0/4.0 as a class project for MEE2024 (Solids Modeling and 3D Design Principles). This project included a basic, yet fully developed rotating assembly of over 150 engine components. Image of cylinder head valvetrain, section view.
An accurate 8-cylinder DOHC internal combustion engine with a flat-plane crank, was modeled in PTC Creo Parametric 3.0/4.0 as a class project for MEE2024 (Solids Modeling and 3D Design Principles). This project included a basic, yet fully developed rotating assembly of over 150 engine components. Image of valves.
An accurate 8-cylinder DOHC internal combustion engine with a flat-plane crank, was modeled in PTC Creo Parametric 3.0/4.0 as a class project for MEE2024 (Solids Modeling and 3D Design Principles). This project included a basic, yet fully developed rotating assembly of over 150 engine components. Image of air intake manifold.
An accurate 8-cylinder DOHC internal combustion engine with a flat-plane crank, was modeled in PTC Creo Parametric 3.0/4.0 as a class project for MEE2024 (Solids Modeling and 3D Design Principles). This project included a basic, yet fully developed rotating assembly of over 150 engine components. Image of upper air intake manifold.
An accurate 8-cylinder DOHC internal combustion engine with a flat-plane crank, was modeled in PTC Creo Parametric 3.0/4.0 as a class project for MEE2024 (Solids Modeling and 3D Design Principles). This project included a basic, yet fully developed rotating assembly of over 150 engine components. Image of camshafts.
An accurate 8-cylinder DOHC internal combustion engine with a flat-plane crank, was modeled in PTC Creo Parametric 3.0/4.0 as a class project for MEE2024 (Solids Modeling and 3D Design Principles). This project included a basic, yet fully developed rotating assembly of over 150 engine components. Image of camshaft brackets.
An accurate 8-cylinder DOHC internal combustion engine with a flat-plane crank, was modeled in PTC Creo Parametric 3.0/4.0 as a class project for MEE2024 (Solids Modeling and 3D Design Principles). This project included a basic, yet fully developed rotating assembly of over 150 engine components. Image of piston assembly.
An accurate 8-cylinder DOHC internal combustion engine with a flat-plane crank, was modeled in PTC Creo Parametric 3.0/4.0 as a class project for MEE2024 (Solids Modeling and 3D Design Principles). This project included a basic, yet fully developed rotating assembly of over 150 engine components. Image of Bill of Materials.
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