Difference between Strength and Stiffness
Strength aur Stiffness mein difference, Hinglish mein: Key Differences: Real-Life Example:
Strength aur Stiffness mein difference, Hinglish mein: Key Differences: Real-Life Example:
Bending Moment kya hai: Bending moment ek force ya torque hota hai jo kisi structure (jaise beam, column, ya slab) ko bend ya curve karne ki koshish karta hai. Ye usually external loads (weight, pressure, ya forces) ke wajah se create hota hai, jab wo structure ke cross-section pe rotate karne ka effect dalte hain. …
Axial Load aur Shear Load mein difference: Simple Difference: Example:
Coupled load analysis ek engineering concept hai jisme ek structure pe ek sath multiple types ke loads (forces ya moments) ka combined effect study kiya jata hai, jab ye loads ek dusre ke sath interact karte hain. Ye analysis structural design mein use hoti hai taki structure ki stability aur safety ensure ho sake. Kahan …
Overturning moment ek force ya torque hota hai jo kisi structure (jaise building, tower, ya foundation) ko ulatne ya rotate karne ki koshish karta hai. Ye usually external forces, jaise wind, earthquake, ya heavy load, ke wajah se create hota hai. Simple bolo toh, jab koi cheez apne base se tilt ya girne wali hoti …
Servo Accelerometer Servo accelerometers kaise kaam karte hain, yeh samajhne ke liye unke basic principle aur components ko dekhte hain. Yeh high-precision sensors hote hain jo acceleration, tilt, ya vibration measure karte hain. Inka kaam closed-loop feedback system pe based hota hai, jo inhe bohot accurate banata hai. Chalo, step-by-step samjhte hain: Main Parts Kaise …
Working of Servo Accelerometer and Piezoelectric Accelerometer Read More »
DSA is divided into several parts. Hand written notes for all the parts are listed below. Pointers in C++ Linked List 1 Linked List 2 Dynamic Programming
This post contains the hand written notes on linked list part 1.
This post contains handwritten lecture notes on Linear Programming part 3.
This post contains handwritten lecture notes on Linear Programming part 2.