₹250.00Original price was: ₹250.00.₹180.00Current price is: ₹180.00.
Ace your CBSE Class 12 Physics and NEET Physics with these expertly crafted handwritten notes, prepared by the experienced and highly regarded Ashish Anand Sir. Covering every topic in a clean, easy-to-understand format, these notes come packed with board-centric explanations and NEET-level practice questions to boost your performance in both school and competitive exams.
Master Fluid Mechanics with detailed notes designed for engineering students:
Chapter 1: Fluid Statics – Fluid properties, pressure variations, manometers, buoyancy, stability of bodies, and relative equilibrium.
Chapter 2: Kinematics of Flow – Types of flow, streamlines, continuity equation, flow nets, and rotational/irrotational flow concepts.
Chapter 3: Dynamics of Flow – Bernoulli’s equation, momentum equations, forces on vanes, velocity and flow measurement devices like Pitot tubes and Venturi meters.
₹250.00Original price was: ₹250.00.₹95.00Current price is: ₹95.00.
Master the fundamentals of Refrigeration and Air Conditioning with Ashish Sir’s comprehensive handwritten notes, designed specifically for Mechanical Engineering students. These notes break down complex RAC topics with clear explanations, key formulas, and illustrative diagrams, making them an invaluable resource for exam preparation and practical understanding. Before purchasing, review our sample copies to assess content and handwriting quality.
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₹250.00Original price was: ₹250.00.₹95.00Current price is: ₹95.00.
Ashish Sir’s Vibration handwritten notes provide a clear and detailed explanation of key concepts in mechanical vibrations, tailored for Mechanical Engineering students. These comprehensive notes simplify complex topics with easy-to-understand explanations, formulas, and diagrams, making them ideal for exam preparation and academic success. Review our sample copies for content quality and handwriting style.
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₹250.00Original price was: ₹250.00.₹95.00Current price is: ₹95.00.
Provides a comprehensive, easy-to-understand guide for students and professionals in the field. These meticulously curated handwritten notes simplify complex concepts, making them ideal for quick revision. Authored by Ashish Sir, the notes cover essential topics such as stress-strain analysis, bending, torsion, and material properties, making them an invaluable resource for Mechanical Engineering students preparing for exams or competitive tests. These notes focus on clarity, concise explanations, and practical problem-solving techniques, ensuring a solid grasp of the subject.
Before Purchase Please Go through Our Sample Copy:Click Here
₹150.00Original price was: ₹150.00.₹85.00Current price is: ₹85.00.
Dive into the study of machine motion and forces with detailed notes covering:
Unit 1: Dynamics of Engine Mechanisms – Analysis of piston displacement, velocity, acceleration, crankshaft torque, turning moment diagrams, and flywheel design.
Unit 2: Governor Mechanisms – Types of governors, centrifugal and inertia governors, their characteristics, and hunting phenomena.
Unit 3: Balancing – Balancing rotating masses, two-plane balancing, engine balancing techniques for various configurations, including single-cylinder, inline, V-twin, and radial engines.
Unit 4: Friction – Friction in pivots, collars, journal bearings, and thrust bearings; lubrication concepts; clutches (single and multi-plate, cone clutches).
Unit 5: Brakes and Dynamometers – Design and working of band brakes, block brakes, and vehicle braking systems; types and applications of dynamometers; dynamic cam analysis, including follower response and shock phenomena.
Perfect for engineering students, these notes blend theoretical explanations with practical problem-solving methods to master Machine Dynamics concepts.
Elevate your understanding of Machine Design with these detailed notes covering:
Chapter 1: Mechanical Engineering Design – Design procedures, material selection, failure theories, stress concentration, fatigue analysis, and life estimation using Goodman and Soderberg methods.
Chapter 2: Design of Fasteners – Cotter, knuckle, welded, riveted, and bolted joints, plus power screws.
Chapter 3: Bearings – Selection and design of journal and rolling-element bearings, lubrication, and load analysis.
Chapter 4: Springs – Design of helical, leaf, torsion, and spiral springs under static and fatigue loads.
Ideal for engineering students, these notes provide practical insights, examples, and problem-solving techniques for mastering Machine Design concepts.
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