Evolution of Engine Architectures
This article outlines the evolution of engine architectures, highlighting key configurations and technological developments that shaped engine design.
Functional Systems
IC Engines and New Power Sources
IC engines and new power sources explain how a vehicle creates power to move. They affect speed, efficiency, noise, and emissions, and include traditional fuel engines alongside electric and hybrid systems developed for cleaner, more efficient modern transportation.
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Emerging Power Sources and Their Influence on Vehicle Design
The article explains emerging vehicle power sources and examines their impact on modern vehicle design and engineering.
Frame and Chassis
The frame and chassis form the primary structural system of a motorized two-wheeler, supporting all major components. Their design influences stability, handling, comfort, and safety, while balancing strength, stiffness, weight, durability, and performance based on the vehicle’s intended use.
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Chassis Design Fundamentals
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Materials and Structures in Two Wheeler Frames
This topic explains frame materials and structures and their effects on strength, weight, durability, safety, handling, and performance.
WBS System ( Wheel, Brakes, Suspension)
This topic consists of articles that describe suspension systems, their purpose and components, explain suspension geometry, damping, and tuning, outlining their influence on ride quality, handling, stability, and vehicle control.
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Introduction to Suspension Systems
The article covers two-wheeler suspension systems, including history, key components, types, and impact on ride and handling.
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Suspension Geometry, Damping and Tuning
This article explains suspension geometry, damping, and tuning, and their combined effects on wheel control, handling, stability, comfort, and performance.
Electricals and Electronics
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Evolution of Electrical Systems in Two-Wheelers
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Electronic Control Units and Smart Technologies
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Braking System
This topic introduces braking systems in motorized two-wheelers and explains how they help control speed and stop safely. It covers basic ideas like stopping distance, stability, rider confidence, heat handling, durability, and reliable braking performance in different riding conditions.
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Introduction to Braking Systems
This article explains the braking system used in motorised two-wheelers. It describes the purpose of braking, the main components involved,…
Wheels
This topic introduces wheels in motorized two wheelers and explains their role as structural components. It covers basic ideas such as wheel types, materials, strength, weight, and durability, and how wheels influence stability, handling, braking performance, and overall riding safety.
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Introduction to Wheels
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