INTRODUCTION: for (HE
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INTRODUCTION: for (HEAT TRANSFER THROUGH COMPOSITE WALLS)
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- se Finals prep & more: Get help from live tutorsTry bartleby tutorarrow_forward Question Asked Jun 17, 2020 1 views As a researcher in the field of heat transfer, how will you distinguish between radiation by black body and a real body? Explain briefly Point out and briefly explain the various factors affect the thermal conductivity of a material. What is the analogical reason between heat transfer by conduction and flow of electricity through ohmic resistance? Use a composite wall of a building to illustrate the concept.A composite slab with three layers of thermal conductivities k1, k2, k3 and thickness t1, t2, t3 respectively, are placed in a close contact. Derive an expression from the first principle for the heat flow through the composite slab per unit surface area in terms of the overall temperature difference across the slab. Based upon the reradiating properties of absorptivity, reflectivity and transmissivity, how would you distinguish between the…Project 3: It is vital to optimize the heat loss from a house through well designed composition and proper selection of the insulation layer of the wall layers. Your role as a thermal power engineer to investigate the heat transfer performance of a composite walls. Your head of department asked you to analyze the composite walls structure in Figure.3 and determine the steady rate of heat transfer and total heat loss, if the following design specifications must be met: _Indoor room temperature must be maintained at 20??. − Outdoor temperature mostly is -10?? in a hard winter. − Wall is made of plywood with thermal conductivity constant of ?? = 0.115 ?/(?.?) . − Fiberglass insulation is used with thermal conductivity constant of ?? = 0.045 ?/(?.?) . − Plaster board is used as inner layer for decoration purpose with thermal conductivity constant of ?? = 0.27 ?/(?.?) . − Convection heat transfer coefficients for indoor and outdoor are ℎ?? = 34 ?/(?2.?) and ℎ?? = 65 ?/(?2.?) , respectively.…Explain Fabric heat gain. Write equation for overall heat transfer coefficient of composite wall
- The thermal conductivity of a specific material is highly dependent on a number of factors. These include the temperature gradient, the properties of the material, and the path length that the heat follows. My question is how to add thermal conductivity? for example SS316 material has thermal conductivity=15W/mk if Gyroid shape is created with SS316 then what will be the total thermal conductivity?PROBLEM: VIE-23 BOOK: ENGINEERING THERMOFLUIDS, M. MASSOUD (You can answer my question even if it's rough or with assumptions, I just need an overview on how to solve this kind of problem please, Thanks)Based on heat capacity data (table below), which of the following materials are best suited to make cookware such as pans and pots? Material Heat Capacity (J/g oC) Iron 0.45 Cement 0.88 Granite 0.79 Wood 1.76
- The crux of the problem asks you to compute the elastic modulus of a pancake--for this we give you numbers that we got from our own measurements of the pancakes. The last question asks you to hypothesize about which ingredients are playing the role of flour in the gluten free recipes. If you find this topic interesting, you may want to consider exploring something like this for your final project, and design an experiment to understand the difference between the normal and gluten free recipe and try to manipulate the gluten free recipe to better resemble the normal pancakes.If you choose to make the two recipes and compare them in your own kitchen, make sure you use exactly the same protocol for each recipe: In our trials, we made the batter, and then cooked on a skillet, using 1/4 cup of batter per pancake, and flipped when the edges were firm and golden, about 4-5 minutes on each side.Consider a stack of six pancakes. Each pancake is made of 1/4 cup (approximately 60 mL) of batter,…USE IG MODEL, NO SPECIFIC HEAT. I need neat and clean handwritten solution explaining every steps and partsSHOW YOUR SOLUTIONS PLS, THANKS show me how you did it so I can understand, thank you. Pls answer both, this is my last tutor question, pls. thank you. (Porosity). A dry rock weighs 240 grams and has a bulk density of 2.4 grams per cubic centimeter. When saturated with pure water at room temperature (T=25°C), it weighs 250 grams. At room temperature, the specific volume of water is 1.00295 x10-3m3/kg. Calculate the porosity of the sample. (Permeability). A cylindrical core sample of 1 cm length and 1 cm2cross-section has upstream and downstream pressures of 2 atm and 1 atm, respectively, during steady state flow of water at 0.997 g/s at room temperature. Calculate the permeability of the core. Note: Water @ 25°C, viscosity = 1 cp, density of water = 0.997 g/cm3.
- please make it 1 paragraph in the abstract below, with the journal name Optimizing the thermal management system of PCM fin-structured Li-ion batteries under mechanical vibration conditions: A comparative study because I have difficulty combining can you please ask for help to try the writing below, so that the results are maximized The thermal management of battery systems using Phase Change Materials (PCM) commonly faces challenges due to the low thermal conductivity of PCM. This study introduces innovative fin structures comprising longitudinal fins and cylindrical rings to enhance heat transfer. Comparative experiments are initially designed to assess the thermal performance of various Battery Thermal Management Systems (BTMS). Results indicate that the PCM-Fin system outperforms both the pure battery system and the PCM system. Numerical simulations, validated with experimental data, uncover the underlying mechanisms. The fin structures not only increase the heat transfer area…Explain (i) thermal conductivity (ii) composite wall (iii) diffusionIn a room 12'-4" by 13'-9" with 8'-0" high ceilings, there is one door 3'x7' and two windows 4' square. Assume there is no waste in materials, and round off your answer to the next larget unit. A. How much wall surface in square feet is there to paint? B. What is the floor area? C. How many gallons of paint will be required to cover the walls with 2 coats of paint if each gallon covers 200 square feet of surface? D. How many lineal feet of cove base floor trim will be required?