Design engineering

The Indian EV Manufacturing Supply Chain: How Manufast is Solving the Industry’s Fastest-Growing Bottleneck
The Indian EV Manufacturing Supply Chain: How Manufast is Solving the Industry’s Fastest-Growing Bottleneck
Manufacturing / Manufacturing as a Service (MaaS)

The Indian EV Manufacturing Supply Chain: How Manufast is Solving the Industry’s Fastest-Growing Bottleneck

The Indian Electric Vehicle (EV) market is currently at a critical inflection point, defined by a deliberate and aggressive state-led industrial strategy. The market's "explosive growth," forecasted by some analyses at a 66.52% Compound Annual Growth Rate (CAGR) , is not a purely organic phenomenon. It is the calculated outcome of a comprehensive policy architecture designed to architect a new industrial base. This strategy, however, has created a core operational tension: an ambitious, state-mandated localization timeline is colliding with a nascent, fragmented, and historically import-dependent manufacturing supply chain.

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13/11/2025
Basics of Mechanics a blog by MANUFAST
Mechanical Engineering Basics

Basic Concepts in Engineering Mechanics

Mechanics is a crucial branch of physics that studies the motion and behavior of objects under forces. It encompasses statics, dynamics (kinematics and kinetics), and hydromechanics. Key concepts include Newton's laws, stress/strain relationships, and inertia. Understanding mechanics is essential for engineering and practical applications, shaping modern innovations.

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28/11/2024
Types of coupling
Types of coupling
Mechanical Engineering Basics

14 Types Coupling: What do you need to know

Couplings are mechanical devices that connect shafts to transfer power, absorb shock, accommodate misalignment, prevent heat transfer, and provide overload protection. Types include rigid, Oldham, gear, flange, universal, split muff, diaphragm, flexible, fluid, constant speed, bush pin, sleeve, jaw, and bellow couplings, each with unique applications. Materials used are steel, cast iron, aluminum, brass, and bronze. Key considerations in coupling design include misalignment, torsional stiffness, torque, axial compliance, backlash, and torque uniformity. Choosing the appropriate coupling ensures efficient, reliable performance in mechanical systems.

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16/09/2024

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