Calculator A to Z

Calculators Created by Abhishek Dharmendra Bansile

Abhishek Dharmendra Bansile
Vishwakarma Institute of Information Technology, Pune (VIIT Pune), Pune
https://www.linkedin.com/in/abhishek-bansile-159673204
115
Formulas Created
23
Formulas Verified
31
Across Categories

List of Calculators by Abhishek Dharmendra Bansile

Following is a combined list of all the calculators that have been created and verified by Abhishek Dharmendra Bansile. Abhishek Dharmendra Bansile has created 115 and verified 23 calculators across 31 different categories till date.
Aircraft Endurance (1)
Verified Mach number of moving object
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5 More Aircraft Endurance Calculators
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Automobile (1)
Verified Wheel Flop
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8 More Automobile Calculators
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Basic Formula (12)
Created Clearance factor in compressor
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Created Clearance Volume given Clearance Factor
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Created Compression Ratio given Pressure
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Created Compression Ratio given Volume
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Created Discharge Pressure given Compression Ratio
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Created Discharge Volume given Compression Ratio
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Created Piston Displacement Volume given Clearance Factor
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Created Piston Displacement Volume given Volumetric Efficiency in Compressor
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Created Suction Pressure given Compression Ratio
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Created Suction Volume given Compression Ratio
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Created Suction Volume given Volumetric Efficiency in Compressor
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Created Volumetric efficiency in compressor
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Basics (2)
Verified Declination angle
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Verified Hour angle
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6 More Basics Calculators
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Basics of Ducts (6)
Created Equivalent Diameter of Circular Duct for Rectangular Duct when Quantity of Air is same
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Created Equivalent Diameter of Circular Duct for Rectangular Duct when Velocity of Air is same
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Created Quantity of Air given Velocity
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Created Reynolds Number given Friction Factor for Laminar Flow
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Created Reynolds Number in duct
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Created Velocity Pressure in Ducts
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Basics of Gas Turbines (1)
Verified Diffuser Efficiency
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16 More Basics of Gas Turbines Calculators
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Conceptual Design (1)
Verified Induced Inflow Ratio in Hover
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23 More Conceptual Design Calculators
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Condensers (5)
Created Heat Rejection Factor
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Created Heat Rejection Factor given COP
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Created Load on Condenser
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Created Refrigeration Capacity given Load on Condenser
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Created Work done by Compressor given Load on Condenser
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Continuity Equation for Ducts (4)
Created Cross-sectional area of duct at section 1 using continuity equation
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Created Cross-sectional Area of Duct at section 2 using Continuity equation
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Created Velocity of air at Duct section 1 using Continuity equation
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Created Velocity of air at Duct section 2 using Continuity equation
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Diameter of Socket Collar (1)
Verified Diameter of socket collar given rod diameter
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4 More Diameter of Socket Collar Calculators
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Direct Count System (3)
Verified Denier Count
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Verified Dram Count
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Verified Grex Count
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2 More Direct Count System Calculators
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Dynamic loss in ducts (12)
Created Dynamic Loss Coefficient given Dynamic Pressure Loss
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Created Dynamic Loss Coefficient given Equivalent Additional Length
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Created Dynamic Pressure loss
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Created Pressure Loss at Discharge or Exit
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Created Pressure loss at suction
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Created Pressure loss coefficient at inlet of duct
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Created Pressure loss coefficient at outlet of duct
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Created Pressure Loss due to Gradual Contraction given Pressure Loss Coefficient at Section 1
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Created Pressure Loss due to Gradual Contraction given Velocity of air at point 2
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Created Pressure Loss due to sudden Contraction given Velocity of Air at point 1
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Created Pressure Loss due to sudden Contraction given Velocity of Air at point 2
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Created Pressure loss due to sudden enlargement
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Friction Factor (2)
Created Friction Factor for Laminar Flow in Duct
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Created Friction Factor for Turbulent Flow in Duct
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Fundamentals of IC Engine (1)
Created Swept Volume
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10 More Fundamentals of IC Engine Calculators
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Heat Transfer in Condenser (16)
Created Average Coefficient of heat transfer for vapour condensing outside of horizontal tubes of diameter D
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Created Heat Transfer in Condenser given Overall Heat Transfer Coefficient
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Created Heat Transfer in Condenser given Overall Thermal Resistance
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Created Heat transfer takes place from outside surface to inside surface of tube
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Created Heat Transfer takes place from vapour refrigerant to outside of tube
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Created Mean Surface area of Tube when Heat transfer takes place from outside to inside surface of tube
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Created Overall Coefficient of Heat Transfer for Condensation on Vertical Surface
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Created Overall Temperature difference given Heat Transfer
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Created Overall Temperature difference when Heat Transfer from vapour refrigerant to outside of tube
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Created Overall Temperature difference when Heat transfer takes place from outside to inside surface of tube
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Created Overall thermal resistance in condenser
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Created Temperature at Inside Surface of Tube given Heat Transfer
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Created Temperature at Outside Surface of Tube given Heat Transfer
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Created Temperature at Outside Surface of Tube provided Heat Transfer
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Created Temperature of Refrigerant Vapour condensing Film given Heat Transfer
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Created Thickness of Tube when Heat transfer takes places from outside to inside surface of tube
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Indirect Count System (6)
Verified Decimal Count
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Verified French Count
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Verified Indirect Count
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Verified Metric Count
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Verified Woollen Count
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Verified Worsted Count
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Jet propulsion cycles (1)
Verified Velocity coefficient when nozzle efficiency is present
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16 More Jet propulsion cycles Calculators
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Load Capacities of Elements of Cotter Joint (1)
Verified Maximum load taken by cotter joint given spigot diameter, thickness and stress
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7 More Load Capacities of Elements of Cotter Joint Calculators
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Machining Time (1)
Created Cutting speed in turning
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7 More Machining Time Calculators
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Mechanical (1)
Verified Radius of Sphere of Influence
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2 More Mechanical Calculators
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Minimum Work Required for a Two-Stage Reciprocating Compressor (8)
Created Cooling ratio
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Created Discharge Temperature at High Pressure Compressor given Cooling Ratio
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Created Discharge Temperature at High pressure compressor when Cooling ratio is constant
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Created Minimum Work required when Cooling Ratio is fixed
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Created Minimum Work required when Cooling Ratio is fixed and Intercooling is Perfect
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Created Minimum Work required when Temperature at end of Cooling in Intercooler is fixed
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Created Suction Temperature at Low Pressure Compressor given Cooling Ratio
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Created Suction Temperature at Low pressure compressor when Cooling ratio is constant
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Parameters (1)
Verified General Sewing Data
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11 More Parameters Calculators
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Power Required to Drive a Single-Stage Reciprocating Compressor (12)
Created Indicated Power for Double-acting Compressor
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Created Indicated Power for Single-acting Compressor
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Created Isentropic Power for Double-acting Compressor
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Created Isentropic Power for Single-acting Compressor
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Created Isentropic Work done given Isentropic Power for double-acting Compressor
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Created Isentropic Work done given Isentropic Power for Single-acting Compressor
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Created Isothermal Power for Double-acting Compressor
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Created Isothermal Power for Single-acting Compressor
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Created Isothermal Work done given Isothermal Power for Double-acting Compressor
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Created Isothermal Work done given Isothermal Power for Single-acting Compressor
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Created Polytropic Work done given Indicated Power for Double-acting Compressor
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Created Polytropic Work done given Indicated Power for Single-acting Compressor
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Pressure Loss in Ducts (5)
Created Length of Duct given Pressure Loss due to Friction
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Created Pressure drop in circular duct
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Created Pressure drop in square duct
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Created Pressure loss due to friction in ducts
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Created Total Pressure required at Inlet to Duct
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Rectangular Section Is Subjected To Eccentric Load (1)
Verified Maximum stress when subjected to eccentric axial load
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21 More Rectangular Section Is Subjected To Eccentric Load Calculators
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Riveted Joints (1)
Verified Diameter of rivets for lap joint
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16 More Riveted Joints Calculators
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Volumetric Efficiency of a Reciprocating Compressor (11)
Created Actual volume of refrigerant
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Created Actual Volume of Refrigerant given Volumetric Efficiency
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Created Clearance factor
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Created Clearance Volume of Compressor given Stroke Volume
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Created Expanded Clearance Volume given Actual Volume of Compressor
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Created Stroke Volume of Compressor
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Created Stroke Volume of Compressor given Volumetric efficiency
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Created Total Volume of Refrigerant in Compressor given Actual Volume
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Created Total Volume of Refrigerant in Compressor given Clearance Factor
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Created Total Volume of Refrigerant in Compressor given Stroke Volume of Compressor
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Created Volumetric Efficiency in Compressor given Clearance Factor
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Width of Cotter (1)
Verified Width of cotter by bending consideration
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1 More Width of Cotter Calculators
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Work Done by a Two-Stage Reciprocating Compressor with Intercooler (8)
Created Total Work done per cycle in Compressor during Complete Intercooling given Suction Temperature
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Created Total Work done per cycle in Compressor during Complete Intercooling given Suction Volume
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Created Total Work done per cycle in Compressor during incomplete Intercooling given Temperature
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Created Total Work done per cycle in Compressor during Incomplete Intercooling given Volume
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Created Work done per cycle in High Pressure Compressor during incomplete intercooling given suction Temp
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Created Work done per cycle in High pressure Compressor during incomplete intercooling given suction volume
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Created Work done per cycle in Low Pressure Compressor during incomplete intercooling given Suction Temp
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Created Work done per cycle in Low pressure Compressor during incomplete intercooling given suction volume
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Work Done by Reciprocating Compressor with Clearance Volume (4)
Created Suction Temperature given Work done by Compressor
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Created Work done by Reciprocating Compressor given Suction Temperature
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Created Work Done by Reciprocating Compressor given Volume before Compression and after Expansion
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Created Work Done given Polytropic Index for Compression and Expansion
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Work done by Single-Stage, Single Acting Reciprocating Compressor without Clearance Volume (8)
Created Work done during isentropic compression
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Created Work done during isentropic Compression given Specific Heat Capacity Constant Pressure
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Created Work done during Isothermal Compression given Pressure and Volume Ratio
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Created Work done during Isothermal Compression given Temperature and Compression Ratio
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Created Work done during Isothermal Compression given Temperature and Pressure Ratio
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Created Work done during Isothermal Compression given Temperature and Volume Ratio
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Created Work done during Isothermal Compression given Volume and Pressure Ratio
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Created Work done during polytropic compression
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