Columbia University’s Engineering Mechanics program focuses on understanding how forces affect motion, deformation, and stability. These project ideas push students to apply theory in mechanical modeling, experimental analysis, and simulation-based research in solid mechanics, dynamics, and material behavior.
Stress Analysis of a Cantilever Beam Under Varying Loads
Simulation of Bridge Vibration Modes Using ANSYS
Crack Propagation Study Using Finite Element Modeling
Design and Analysis of Shock Absorbers in Automobiles
Mechanics of Human Joint Movements Under Load
Nonlinear Dynamics in a Spring-Mass-Damper System
Buckling Analysis of Thin-Walled Cylindrical Shells
Structural Optimization for Lightweight Aerospace Components
Dynamic Response of Structures to Seismic Loads
Torsional Vibration Analysis in Shafts
Mechanical Properties of Composite Laminates
Stress Distribution in Curved Beams Using MATLAB
Topology Optimization of Load-Bearing Components
Dynamic Balancing of Rotating Machinery Systems
Experimental Validation of Theoretical Beam Deflection Models
Fluid-Structure Interaction in Wind-Induced Vibrations
Design of a Suspension System for Off-Road Applications
Thermal Stress Analysis in Engine Components
Vibration Isolation System for Precision Equipment
Strain Gauge Instrumentation for Structural Monitoring
Collexa supports students with structural simulations (ANSYS, SolidWorks, MATLAB), experimental setup, dynamic modeling, and design analysis documentation.
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