1.Using material index to select material from Charts.?

2.Calculate the material index that corresponds to the given constrains.?

1.Using material index to select material from Charts.?

2.Calculate the material index that corresponds to the given constrains.?

4. Select material for energy efficient kiln walls The cost on one firing cycle of a large kiln is considerable. The cost of the energy which is lost by conduction through the kiln walls is significant. This can be reduced by choosing a wa! wa'll material with a low conductivity, and by making the wall thick. Further the cost of the energy used to raise the kiln to its operating temperature is also important. It can be reduced by choosing a wall material with a low heat capacity, and making the wall thin. The wall material should withstand high temperatures also. Take =/Cp;,,,C, are thermal diffusivity, thermal conductivity, density. specific heat capacity. 1.Using material index to select material from Charts.? 2.Calculate the material index that corresponds to the given constrains.? 4. Select material for energy efficient kiln walls The cost on one firing cycle of a large kiln is considerable. The cost of the energy which is lost by conduction through the kiln walls is significant. This can be reduced by choosing a wat wall material with a low conductivity, and by making the wall thick. Further the cost of the energy used to raise the kiln to its operating temperature is also important. It can be reduced by choosing a wall material with a low heat capacity, and making the wall thin. The wall material should withstand high temperatures also. Take =/C,;.,.C, are themul diffusivity, thermal conductivity, density, specific heat capacity. 1.Using material index to select material from Charts.? 2.Calculate the material index that corresponds to the given constrains.? 4. Select material for energy efficient kiln walls The cost on one firing cycle of a large kiln is considerable. The cost of the energy which is lost by conduction through the kiln walls is significant. This can be reduced by choosing a wa! wa'll material with a low conductivity, and by making the wall thick. Further the cost of the energy used to raise the kiln to its operating temperature is also important. It can be reduced by choosing a wall material with a low heat capacity, and making the wall thin. The wall material should withstand high temperatures also. Take =/Cp;,,,C, are thermal diffusivity, thermal conductivity, density. specific heat capacity. 1.Using material index to select material from Charts.? 2.Calculate the material index that corresponds to the given constrains.? 4. Select material for energy efficient kiln walls The cost on one firing cycle of a large kiln is considerable. The cost of the energy which is lost by conduction through the kiln walls is significant. This can be reduced by choosing a wat wall material with a low conductivity, and by making the wall thick. Further the cost of the energy used to raise the kiln to its operating temperature is also important. It can be reduced by choosing a wall material with a low heat capacity, and making the wall thin. The wall material should withstand high temperatures also. Take =/C,;.,.C, are themul diffusivity, thermal conductivity, density, specific heat capacity. 1.Using material index to select material from Charts.? 2.Calculate the material index that corresponds to the given constrains