Posted inFeatured
Posted inFeatured
Meet the Karlmann King: The Most Expensive SUV That Costs $2 Million
A couple of months ago, we reported Elon Musk saying that his company's Cybertruck could…
Posted inUrban Transport System
Mass Transit Finance
Costs The costs of providing mass transportation services are of two types, capital and operating. Capital costs include the…
Posted inVehicle Design Data Characteristics
How Engine Capacity affects its performance
The engine's capacity plays an important role in determining various engine outputs such as engine power, torque,…
Posted inUrban Transport System
Marketing Mass Transit
The mass transportation market—its riders and potential riders—comprises two broad groups, captive riders and choice…
Posted inUrban Transport System
Transportation and the Urban Structure
Urbanization involves an increased number of trips in urban areas. Cities have traditionally responded to…
Posted inVehicle Design Data Characteristics
vehicle chassis and frame design
Automotive industry is one of the biggest and most innovative in total industry area. Almost…
Posted inFuel Injection
Introduction to The investigation of the mixture formation upon fuel injection into high-temperature gas flows
Combustion of a fuel in the combustion chambers of a gas-turbine engine and a gas-turbine plant is closely connected with the processes of mixing (Lefebvre, 1985). Investigations of these processes carried out by both experimental and computational methods have recently become especially crucial because of the necessity of solving ecological problems. One of the most pressing problems at present is account for the influence of droplets on an air flow. In some of the regimes of chamber operation this may lead to a substantial, almost twofold, change in the long range of a fuel spray and, consequently, to corresponding changes in the distributions of the concentrations of fuel phases. In this chapter physical models of the …
Posted inFeatured
Making self driving cars human friendly
Automated vehicles could be made more pedestrian-friendly thanks to new research which could help them…
Posted inFeatured
Mercedes AMG ready with electrically assisted turbocharger
A new electrically-assisted turbocharger “effectively eliminating” lag is coming soon to a production-vehicle engine. Innovative…
Posted inAdvanced
90 Degree Steering Mechanism
Let’s know more and get inspired – It’s Working Principle This project works on the…
Posted inFeatured
🚗 Real-World Uses of Regenerative Braking in Electric and Hybrid Vehicles
From traffic lights to mountain descents, see where regenerative braking saves energy, where it reaches its limits, and why friction brakes still matter. 🔋🛑⛰️
Posted inFeatured
🚗 How It All Began: From Horse-Drawn Carriages to the First Practical Cars
From carriage wheels to combustion engines, discover the engineering problems that turned early experiments into usable automobiles—and why their lessons still matter. ⚙️🛞🚗
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🚗 How to Calculate Vehicle Fuel Efficiency, Cost per Kilometer, and Driving Range
Turn fuel receipts into useful answers: calculate real km/L, fuel cost per kilometer, and a safer driving range—plus learn what can distort each number. 📊🛣️🔧
Posted inFeatured
🚗 The Science Behind ABS: How Anti-Lock Brakes Prevent Wheels from Skidding
That pedal vibration is a rapid battle against wheel lock. Learn how sensors, hydraulics, tyre grip, and driver technique work together to preserve steering control. 🛞⚙️🌧️
Posted inFeatured
🚗 When Should You Replace Brake Pads Instead of Just Inspecting Them?
A squeal does not always mean worn-out pads—but grinding, uneven wear, and heat damage demand action. Learn what a proper brake inspection should reveal. 🛞🔧⚠️
Posted inFeatured
🚗 Breakthrough in EVs: How Solid-State Batteries Could Transform Range and Charging
Solid-state cells may reshape EV range, charging, safety, and pack design—but major engineering barriers remain. Learn what must work before the promise reaches the road. ⚡🧪🚙
Posted inFeatured
🚗 First in Motion: How the World’s Earliest Practical Automobile Changed Transportation
From Benz’s single-cylinder Motorwagen to modern mobility, uncover the engineering decisions that made independent road travel possible—and the trade-offs that followed. ⚙️🛞🌍
Posted inFeatured
🚗 Why Turbocharged Engines Produce More Power from Smaller Displacement
See how exhaust energy compresses intake air, raises torque, and lets small engines perform like larger ones—plus the heat, lag, and maintenance trade-offs. 🔧🌬️🔥
Posted inFeatured
🚗 Why Engines Lose Power as Cars Get Older
Your engine may not simply be “tired.” Discover the real causes of lost power—from airflow and fuel faults to compression, turbos, sensors, and brakes. 🔧📉🚘
Posted inFeatured
🚘 How Software-Defined Vehicles Are Turning Cars into Upgradeable Digital Platforms
Software-defined vehicles are reshaping updates, diagnostics, EV control, cybersecurity, and ownership. Learn what makes an upgradeable car work—and where the limits are. 🔧🔐⚡