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Calculators Created by Kartikay Pandit
Kartikay Pandit
National Institute Of Technology
(NIT)
,
Hamirpur
18
Formulas Created
265
Formulas Verified
55
Across Categories
List of Calculators by Kartikay Pandit
Following is a combined list of all the calculators that have been created and verified by Kartikay Pandit. Kartikay Pandit has created 18 and verified 265 calculators across 55 different categories till date.
Aerodynamic Drag and its Reduction
(21)
Verified
Aerodynamic force
Go
Verified
Ambient air density given dynamic pressure
Go
Verified
Ambient air density given gas constant
Go
Verified
Ambient air density given mach number
Go
Verified
Aspect ration in lateral plane
Go
Verified
Flat plate area
Go
Verified
Flight speed given dynamic pressure
Go
Verified
Form factor given flat plate area
Go
Verified
Gas constant given dynamic pressure
Go
Verified
Gross weight given drag
Go
Verified
Induced drag
Go
Verified
Induced drag given span efficiency factor
Go
Verified
Lateral plane span given induced drag
Go
Verified
Mach number given gas constant
Go
Verified
Normal pressure given dynamic pressure
Go
Verified
Skin friction coefficient given flat plate area
Go
Verified
Specific heat of air given gas constant new
Go
Verified
Specific heat of air given normal pressure
Go
Verified
Temperature given gas constant
Go
Verified
Wetted area given aspect ratio
Go
Verified
Wetted area given flat plate area
Go
1 More Aerodynamic Drag and its Reduction Calculators
Go
Air-Standard Cycles
(2)
Verified
Actual Air Fuel Ratio
Go
Verified
Relative Air-Fuel Ratio
Go
9 More Air-Standard Cycles Calculators
Go
Angle
(6)
Verified
Ackermann steering angle at low speed cornering
Go
Created
Caster Angle
Go
Verified
Slip angle at high cornering speed
Go
Verified
Steer angle given understeer gradient
Go
Verified
Steering angle at high cornering speed
Go
Verified
Vehicle body slip angle at high cornering speed
Go
Automobile
(1)
Created
Mechanical Trail
Go
8 More Automobile Calculators
Go
Brakes
(3)
Verified
Brake output per displacement of piston
Go
Verified
Brake specific power
Go
Verified
Brake work per cylinder per stroke
Go
Brakes applied on all Wheels
(4)
Verified
Ground speed of track laying vehicle
Go
Verified
Heat generated per second at each wheel
Go
Verified
Mean lining pressure of brake lining
Go
Verified
Normal force acting at brake lining contact center point of brake shoe
Go
9 More Brakes applied on all Wheels Calculators
Go
Braking
(5)
Verified
Braking force on brake drum when vehicle is on level road
Go
Verified
Braking force on brake drum when vehicle moves down gradient
Go
Verified
Braking torque of disc brake
Go
Verified
Braking torque of leading shoe
Go
Verified
Braking torque of trailing shoe
Go
Change in length of Tapered bar
(1)
Verified
Change in length of Tapered Bar
Go
Conceptual Design
(8)
Verified
Fuel load
Go
Verified
Fuel load from unity equation
Go
Verified
Mission fuel
Go
Verified
Operating empty weight from unity equation
Go
Verified
Payload of aircraft
Go
Verified
Range increment of aircraft
Go
Verified
Reserve fuel
Go
Verified
Useful load
Go
16 More Conceptual Design Calculators
Go
Cryogenic Systems
(1)
Verified
Debye Temperature
Go
Direct Count System
(5)
Created
Denier Count
Go
Created
Direct Count
Go
Created
Dram Count
Go
Created
Grex Count
Go
Created
Tex Count
Go
Drag
(7)
Verified
Coefficient of drag given drag
Go
Verified
Drag
Go
Verified
Drag coefficient given lift coefficient
Go
Verified
Drag coefficient new
Go
Verified
Drag given aerodynamic force
Go
Verified
Drag given drag coefficient
Go
Verified
Drag given lift coefficient
Go
Driveline
(9)
Verified
Aerodynamic resistance
Go
Verified
Drawbar pull
Go
Verified
Engine torque
Go
Verified
Gear step
Go
Verified
Percentage gradeability of vehicle
Go
Verified
Power required to propel vehicle
Go
Verified
Total resistance on vehicle
Go
Verified
Weight on front axle
Go
Verified
Weight on rear axle
Go
5 More Driveline Calculators
Go
Dynamic Pressure
(7)
Verified
Dynamic pressure aircraft
Go
Verified
Dynamic pressure given drag coefficient
Go
Verified
Dynamic pressure given gas constant
Go
Verified
Dynamic pressure given induced drag
Go
Verified
Dynamic pressure given lift coefficient
Go
Verified
Dynamic pressure given mach number
Go
Verified
Dynamic pressure given normal pressure
Go
Efficiency
(1)
Verified
Overall Efficiency given Specific Fuel Consumption
Go
10 More Efficiency Calculators
Go
Elastic perfectly plastic materials
(6)
Verified
Elasto plastic yielding Torque for hollow shaft
Go
Verified
Elasto plastic yielding Torque for solid shaft
Go
Verified
Full Yielding Torque for hollow shaft
Go
Verified
Full Yielding Torque for solid shaft
Go
Verified
Incipient Yielding Torque for hollow shaft
Go
Verified
Incipient Yielding Torque for solid shaft
Go
Elastic Work Hardening Material
(7)
Verified
Elasto plastic yielding Torque in work hardening(hollow shaft)
Go
Verified
Elasto plastic yielding Torque in work hardening(solid shaft)
Go
Verified
Full Yielding Torque in work hardening for hollow shaft
Go
Verified
Full Yielding Torque in work hardening for solid shaft
Go
Verified
Incipient Yielding Torque in work hardening solid shaft
Go
Verified
Incipient Yielding Torque in work hardening(Hollow shaft)
Go
Verified
Nth polar moment of inertia
Go
Engine
(6)
Verified
Engine displacement given number of cylinders
Go
Verified
Engine specific volume
Go
Verified
Peak torque of engine
Go
Verified
Rate of convection heat transfer between engine wall and coolant
Go
Verified
Rate of cooling of engine
Go
Verified
Time taken for engine to cool
Go
2 More Engine Calculators
Go
Final Velocity
(3)
Verified
Final Velocity after Collision in x-Direction
Go
Verified
Final Velocity after Collision in y-Direction
Go
Verified
Final Velocity of Vehicle after Collision
Go
For 4 Stroke Engine
(12)
Verified
Bmep given engine torque
Go
Verified
Brake power measured with dynamo meter
Go
Verified
Combustion efficiency
Go
Verified
Connecting rod length to crank radius ratio
Go
Verified
Displaced volume in engine cylinder
Go
Verified
Frictional power of engine
Go
Verified
Fuel conversion efficiency given thermal conversion efficiency
Go
Verified
Horsepower of engine
Go
Verified
Intake air density
Go
Verified
Rate of heat conduction of engine wall
Go
Verified
Ratio of cylinder bore to piston stroke
Go
Verified
Work done per cycle in ic engine
Go
9 More For 4 Stroke Engine Calculators
Go
Fuel Injection in IC Engine
(12)
Verified
Actual Fuel Velocity of Injection Considering Orifice Flow Coefficient
Go
Verified
Area of all Orifices of Fuel Injectors
Go
Verified
Energy Content per Unit Cylinder Volume of Mixture Formed in Cylinder of Diesel Engine
Go
Verified
Energy Content Per Unit Cylinder Volume of Mixture Formed Prior to Induction into Cylinder
Go
Verified
Fuel Consumption Per Cycle
Go
Verified
Fuel Consumption per Cylinder
Go
Verified
Fuel Consumption Per Hour in Diesel Engine
Go
Verified
Fuel Velocity at Time of Release into Engine Cylinder
Go
Verified
Number of Fuel Injections Per Minute for Four Stroke Engine
Go
Verified
Total Time Taken for Fuel Injection in One Cycle
Go
Verified
Volume of Fuel Injected Per Cycle
Go
Verified
Volume of Fuel Injected Per Second in Diesel Engine
Go
Fundamentals of IC Engine
(5)
Verified
Equivalence ratio
Go
Verified
Heat transfer across engine wall given overall heat transfer coefficient
Go
Verified
Kinetic energy stored in flywheel of IC engine
Go
Verified
Mass of air taken in each cylinder
Go
Verified
Overall heat transfer coefficient of IC engine
Go
6 More Fundamentals of IC Engine Calculators
Go
Gas Liquefaction System
(1)
Created
Figure of Merit for Liquefaction
Go
Indirect Count System
(6)
Created
Decimal Count
Go
Created
French Count
Go
Created
Indirect Count
Go
Created
Metric Count
Go
Created
Woollen Count
Go
Created
Worsted Count
Go
Introduction
(1)
Created
Uniform Series Present Sum of Money
Go
12 More Introduction Calculators
Go
Jet propulsion cycles
(2)
Verified
Choked Mass Flow Rate
Go
Verified
Mass Flow Rate through Engine
Go
15 More Jet propulsion cycles Calculators
Go
Lift
(7)
Verified
Coefficient of lift given drag
Go
Verified
Lift coefficient given drag coefficient
Go
Verified
Lift coefficient new
Go
Verified
Lift given aerodynamic force
Go
Verified
Lift given drag coefficient
Go
Verified
Lift given induced drag
Go
Verified
Lift given lift coefficient
Go
Load on Wheels
(1)
Verified
Maximum speed of vehicle
Go
12 More Load on Wheels Calculators
Go
Mass Flow Rate
(8)
Verified
Mass flow rate cool secondary given turbofan thrust
Go
Verified
Mass flow rate given ideal thrust
Go
Verified
Mass flow rate given ram drag and flight speed
Go
Verified
Mass flow rate given thrust
Go
Verified
Mass flow rate hot primary engine
Go
Verified
Mass flow rate hot primary given turbofan thrust
Go
Verified
Mass flow rate of ambient air
Go
Verified
Mass flow rate of turbojet thrust
Go
1 More Mass Flow Rate Calculators
Go
Metal Cutting
(1)
Created
Shear Plane Angle
Go
14 More Metal Cutting Calculators
Go
Moments
(4)
Verified
Moment about steeraxis due to driveline torque
Go
Verified
Moment arising due to lateral forces on wheels during steering
Go
Verified
Moment arising from traction force on wheels during steering
Go
Verified
Moment due to vertical force on wheels during steering
Go
Moments, Loads, Angles acting on Steering system and Axles
(8)
Verified
Centripetal acceleration during cornering
Go
Verified
Driveline torque
Go
Verified
Front slip angle at high cornering speed
Go
Verified
Lateral acceleration during cornering of car
Go
Verified
Load on front axle at high speed cornering
Go
Verified
Load on rear axle at high speed cornering
Go
Verified
Rear slip angle due to high speed cornering
Go
Verified
Self aligning moment or torque on wheels
Go
3 More Moments, Loads, Angles acting on Steering system and Axles Calculators
Go
Momentum
(5)
Verified
Momentum of First Vehicle before Collision
Go
Verified
Momentum of First Vehicle before Collision in x-Direction
Go
Verified
Momentum of Second Vehicle before Collision
Go
Verified
Momentum of Second Vehicle before Collision in y-Direction
Go
Verified
Momentum of Two Vehicles before Collision
Go
Nonlinear Behavior of Beams
(4)
Verified
Maximum Bending Stress in Plastic State
Go
Verified
Nth moment of inertia
Go
Verified
Radius of curvature given bending moment
Go
Verified
Radius of curvature given bending stress
Go
Plastic Bending of Beams
(3)
Verified
Elasto plastic bending moment of rectangular beam
Go
Verified
Fully plastic bending moment
Go
Verified
Incipient bending moment of rectangular beam
Go
Prediction of Aircraft Fatigue Life
(1)
Verified
Life of Aircraft given number of Flight
Go
Pressure
(1)
Verified
Equivalent Airspeed given Static Pressure
Go
12 More Pressure Calculators
Go
Pressure Relations
(1)
Verified
Critical Compressibility
Go
7 More Pressure Relations Calculators
Go
Propulsion and Engine Technology
(22)
Verified
Area of nozzle exit of turbojet
Go
Verified
Design range given range increment
Go
Verified
Expansion velocity cool secondary given turbofan thrust
Go
Verified
Expansion velocity given thrust
Go
Verified
Expansion velocity hot primary given turbofan thrust
Go
Verified
Flight speed given ideal thrust
Go
Verified
Flight speed given momentum of ambient air
Go
Verified
Flight speed given ram drag and mass flow rate
Go
Verified
Flight speed given thrust
Go
Verified
Gross thrust of turbojet given net thrust and ram drag
Go
Verified
Harmonic range given range increment
Go
Verified
Ideal thrust of turbojet
Go
Verified
Momentum of ambient air
Go
Verified
Net thrust of turbojet given gross thrust and ram drag
Go
Verified
Ram drag
Go
Verified
Ram drag of turbojet given gross thrust and net thrust
Go
Verified
Thrust exerted by engine
Go
Verified
Total mass flow rate through turbofan engine
Go
Verified
Turbofan thrust
Go
Verified
Turbojet gross thrust
Go
Verified
Velocity after expansion given ideal thrust
Go
Verified
Velocity of turbojet
Go
Residual Stresses For Idealized Stress Strain Law
(7)
Verified
Recovery Elasto plastic Torque
Go
Verified
Recovery Torque in Fully plastic case
Go
Verified
Residual angle of twist for Elasto plastic case
Go
Verified
Residual angle of twist in fully plastic case
Go
Verified
Residual shear stress in shaft(r lies between r1 and material constant)
Go
Verified
Residual shear stress in shaft for fully plastic case
Go
Verified
Residual shear stress in shaft(r lies between material constant and r2)
Go
Residual Stresses for Non-Linear stress strain Law
(3)
Verified
Residual Stress in elasto plastic torsion (r lies between constant and r2)
Go
Verified
Residual Stress in elasto plastic torsion (r lies between r1 and constant)
Go
Verified
Residual Stress in fully plastic torsion
Go
Residual Stresses for Non-Linear Stress Strain Relations
(7)
Verified
Elasto Plastic bending moment for non-linear relation
Go
Verified
Recovery Bending Moment for non linear relation
Go
Verified
Recovery Stress in beams for non linear relation
Go
Verified
Residual Stress in beams for non linear relation (Y lies between 0 and n) given recovery stress
Go
Verified
Residual Stress in beams for non linear relation at whole depth of beam yields given recovery stress
Go
Verified
Residual Stress in beams for non linear relation when whole depth of beam yields
Go
Verified
Residual Stress in beams for non linear relation when Y lies between 0 and n
Go
Residual Stresses in Plastic Bending
(8)
Verified
Fully plastic Recovery bending moment
Go
Verified
Fully plastic Recovery stress in beams
Go
Verified
Recovery Bending Moment
Go
Verified
Recovery Stress in beams
Go
Verified
Residual stress in beam in fully plastic state
Go
Verified
Residual stress in beam in fully plastic state given recovery stress
Go
Verified
Residual Stress in beams when bending stress is equal to yield stress
Go
Verified
Residual Stress in beams when Y lies between 0 and n
Go
Riveted Lap Joint
(1)
Verified
Allowable Bearing Pressure
Go
4 More Riveted Lap Joint Calculators
Go
Rocket Propulsion
(2)
Verified
Exit Pressure
Go
Verified
Exit Velocity given Molar Mass
Go
13 More Rocket Propulsion Calculators
Go
Rolling
(3)
Verified
Rolling radius of tire
Go
Verified
Rolling resistance at wheels
Go
Verified
Rolling resistance coefficient
Go
Steering system
(2)
Verified
Understeer gradient
Go
Verified
Understeer increment due to steering system compliance
Go
4 More Steering system Calculators
Go
Suspension Geometry
(1)
Created
Force Applied by Coil Spring
Go
6 More Suspension Geometry Calculators
Go
Tire Behavior
(13)
Verified
Angle between traction force and horizontal axis
Go
Verified
Aspect ratio of tire
Go
Verified
Circumference of wheel
Go
Verified
Contact point of wheel and curb distance from wheel center axis
Go
Verified
Curb force for driven wheel
Go
Verified
Mechanical advantage of wheel and axle
Go
Verified
Slip of tire
Go
Verified
Tire side wall height
Go
Verified
Traction force required to climb curb
Go
Verified
Tractive effort in multi-geared vehicle at any given gear
Go
Verified
Wheel diameter of vehicle
Go
Verified
Wheel force
Go
Verified
Wheel radius of vehicle
Go
6 More Tire Behavior Calculators
Go
Torque
(1)
Verified
Torque available at driving axle
Go
2 More Torque Calculators
Go
Turning Radius
(1)
Verified
Turning radius of car when taking turn
Go
4 More Turning Radius Calculators
Go
Vehicle Collision
(13)
Verified
Acceleration of Airbag
Go
Verified
Constant Deceleration of Vehicle during Collision
Go
Verified
Direction of Final Velocity of Vehicles after Collision
Go
Verified
Force Exerted on Airbag after Collision
Go
Verified
Impact Force on Vehicle after Crash
Go
Verified
Kinetic Energy after Collision of Vehicles
Go
Verified
Magnitude of Resultant Final Velocity after Collision of Two Vehicles
Go
Verified
Stopping Distance of Vehicle after Collision
Go
Verified
Stopping Time of Vehicle after Collision
Go
Verified
Time of Occupant to Stop after Contacting Interiors during Collision
Go
Verified
Total Momentum in x-Direction before Collision of Two Vehicles
Go
Verified
Total Momentum in y-Direction before Collision of Two Vehicles
Go
Verified
Velocity of Occupant with Respect to Vehicle after Collision
Go
Weight Terminologies of Aircraft Design
(6)
Verified
Gross weight
Go
Verified
Operating empty weight
Go
Verified
Operating empty weight considering zero fuel weight
Go
Verified
Thrust-to-Weight Ratio given minimum Coefficient of Drag
Go
Created
Thrust-to-Weight ratio given vertical velocity
Go
Verified
Zero fuel weight
Go
1 More Weight Terminologies of Aircraft Design Calculators
Go
Wheel Centre Rates for Independent Suspension
(5)
Verified
Area of brake lining
Go
Verified
Brake fluid pressure
Go
Verified
Braking efficiency
Go
Verified
Power absorbed by disc brake
Go
Verified
Work done in braking
Go
7 More Wheel Centre Rates for Independent Suspension Calculators
Go
Yield Criteria
(2)
Verified
Maximum shear stress at yield
Go
Verified
Octahedral Shear Stress at Yield
Go
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