Topics: Artificial intelligence, Artificial neural networks, Construction equipment, Lead-acid batteries

Topics: Artificial neural networks, Construction equipment, Genetic algorithms, Lead-acid batteries, Machine learning

Topics: Design, Shock (Mechanics), Modal analysis, Stress, Vehicles, Construction equipment, Dynamic analysis, Emission spectroscopy, Navy, Spectroscopy

Topics: Construction equipment, Simulation, Machinery, Wheels, Cycles, Computer-aided design, Design, Dynamics (Mechanics), Engineers, Engines

Topics: Construction equipment, Simulation

Topics: Control equipment, Cranes, Feedback, Computer simulation, Construction equipment, Degrees of freedom

Topics: Electric motors, Off-road vehicles, Wheels, Vehicles, Simulation, Architecture, Construction equipment, Design, Energy consumption, Engines

Topics: Modeling, Multibody dynamics, Particulate matter, Algorithms, Friction, Wheels, Actuators, Automotive design, Construction equipment, Equations of motion

Topics: Construction equipment, Engines, Gears, Noise (Sound), Vehicles, Diesel, Error analysis, Gear teeth, Gear trains, Belts

Topics: Spur gears, Stress, Errors, Gears, Noise (Sound), Torque, Construction equipment, Design, Engineering prototypes, Excitation

Topics: Highways, Simulation, Tires, Vehicles, Construction equipment, Corners (Structural elements), Design, Modeling, Optimization, Roads

Topics: Hybrid electric vehicles, Modeling, Simulation, Vehicles, Architecture, Design, Corporate average fuel economy, Fuel efficiency, Cycles, Optimization

Topics: Hydraulic drive systems, Noise (Sound), Smart materials, Vibration, Hybrid electric vehicles, Vehicles, Fuel consumption, Construction equipment, Emissions, Trucks