Kencraft India Private Limited

• To determine Average Surface Heat Transfer Coefficient for a Pipe losing heat by Forced Convection

• Comparison of Heat Transfer Coefficient for different Air flow rates & Heat flow rates

• To calculate Reynold's Number & Nusselt's Number for each experimental condition

• To plot Surface Temperature distribution along the length of Pipe

• Determination of Emissivity of Non - Black Surface

• Variation of Emissivity of Test Plate with respect to Absolute Temperature

• Measurement & Variation of Electrical Input

• Elimination of Instrumental Error by using same measuring Instruments for both the Plates

• Determination of Thermal Conductivity of Insulating material in the form of Slab

• Variation of Thermal Conductivity of the material with Temperature

• Comparison of Thermal Conductivity of various Insulating material

• Complete Panelized Electrical Controls & Measurement

• Digital Temperature Indicator

• Duct serves the purpose of Undisturbed surrounding

• Complete Panelized Instrument for Electric Input

• Digital Voltmeter, Ammeter & Temperature Indicator

• To determine Average Heat Transfer Coefficient

• Calculate & Plot variation of Local Heat Transfer Coefficient along the length of the Tube

• Determination of Thermal Conductivity of Insulating Powder

• Comparison of Thermal Conductivity at various Temperatures

• Determination of Temperature distribution along the Length of given bar

• Determination of Thermal Conductivity of given bar at various Temperature

• Determination of Thermal Conductivity of any Metal bar other than supplied by proper fitting of bar in the unit

• Determination of Thermal Conductivity of Liquid

• Variation of Thermal Conductivity with layer Thickness & Temperature

• Comparison of Thermal Conductivity of various Liquids

• Study of Temperature distribution along the Length of Fin in both Natural & Forced Convection

• Comparison of theoretical Temperature distribution with experimentally obtained distribution

• Comparison of performance of Fins of various materials

• Pool boiling phenomenon is studied at Atmospheric Pressure

• Two successive regions of pool boiling phenomenon namely, Natural Convection Boiling & Nucleate Boiling

• Study the characteristics of Composite Structures

• Change in Temperature distribution across the Composite Walls by altering the combination of

          Slabs can be observed

• Digital Temperature Indicator

• L Heat Transfer Coefficient of Dropwise & Filmwise Condensation at various Flow rates of Water

• Visualization of Condensation process in Dropwise as well as Filmwise Condensation