Digger Project | Uche Ajuonuma

Project Type

Undergraduate Research

Year

2011

Software

SolidWorks

Project Overview

This project was part of an undergraduate research study I conducted in 2011 to explore how SolidWorks could be used to animate a model based on the occurrence of different events. The simulation demonstrates realistic earth-moving digger operation through event-based triggers.

Research Objectives

Develop a methodology for event-based animation in SolidWorks
Create a realistic simulation of heavy equipment operation
Test the limits of SolidWorks' motion study capabilities
Document best practices for mechanical simulations

Design Process

Concept Development

Researched real-world digger operations and identified key motion sequences that could be triggered by events. Developed a storyboard for the complete animation cycle.

3D Modeling

Created detailed 3D models of all digger components in SolidWorks, ensuring proper mating relationships for realistic movement. Applied appropriate materials and textures.

Motion Study Setup

Configured motion studies with event-based triggers to simulate digging, lifting, and dumping sequences. Fine-tuned timing and transitions between operations.

Validation & Refinement

Compared simulation results with real equipment operation videos. Adjusted parameters to improve realism and ensure proper sequencing of mechanical movements.