Exploring Baryon Asymmetry and Naturalness with the Current Experimental Data and Observations

Abstract

This thesis explores some extensions of the Standard Model in search of new physics.The research presented here concerns aspects of cosmology and collider physics. The research includes a combination of model building, constraints imposed by the current experimental data, and prospects of future experimental bounds. There is an aggregate of three main research projects composing this thesis.Firstly, the possibility of multiple hidden sectors to accommodate a successful framework to explain the abundance of matter over anti-matter and study prospects of a viable dark matter candidate. The evolution of cosmological history and the baryon asymmetry is studied thoroughly. The baryon asymmetry and the dark matter relic abundance are checked in light of the current cosmological data and a potential parameter space is computed. The analysis conducted reveals that a viable mechanism

Digital Testing of Hybrid Components Manufactured by L-DED and Forging

“…As the engine has an approximate weight of 6,000 kg the total load is rounded at 60 kN, and likewise in the real engine twelve equal supports are established. However, as our demonstrator is 10 times smaller, the weight magnitude applied at the lug reduced accordingly to 0.5 kN [24]. Moreover, as the engine needs to withstand a thrust force at different situations, the following Table 5 resumes the most typical flight situations and all the efforts applied in the simulations.…”

“…Table 5. Loads applied to simulate the turbine case lug behaviour [24]. On the other hand, the boundary conditions of the thermomechanical simulations are the same of the mechanical simulation plus the heat emitted by the turbine.…”