In the dynamic problem, two tasks must be considered: (i) should a new order be accepted?
In our discussion we have considered (i) Reynolds model (ii) Vogel's model to account for temperature dependent viscosity.
Two setups are considered: (i) the fibre is embedded in the composite and (ii) the grating is bonded externally.
Three material models were considered: (i) elastic-perfectly plastic, (ii) engineering stress strain and (iii) true stress true strain.
In each case, two polarization strategies are considered: (i) no polarization and (ii) dB.
Similar to scenario 1, two different cases are considered: (i) the transmission is over i.n.d.n.d
Three values for the number of sensors are considered: (i) 16, (ii) 32, and (iii) 64.
Three values for are considered: (i) 0 (ideal communication links), (ii) 0.1, and (iii) 0.2.
For the evaluation, two OFDMA network models are considered: (i) initially, a simple OFDMA network model.
Three cases are considered: (i) a nonradiating flame, (ii) a barely sooty flame, and (iii) a very sooty flame.
For the simulations of CO2, four types of attempts are considered: (i) insert, (ii) delete, (iii) transport, and (iv) rotate.
