should i I be concerned about its internals getting damaged ? For its external hardware nothing seems to be cracked. Sorry if I may sound paranoid, picked up this phone not a while ago. Thanks in advance for any responses
It's the kind of thing where you could have dropped it 30 cm and it might have damaged something, or you could have dropped it from 2 meters and it survived. Unless there's some visible damage or malfunction there's no way to tell and probably even if you took it to Apple they couldn't tell any more than you can. The most delicate part is probably the glass back and front. Check those for damage and then decide if it makes a difference to you and consider replacement cost. I have seen people walking around with multiple cracks in their displays but it's a matter of what you can live with. If you see no other problems with phone function then you probably don't need to worry. If something starts misbehaving then take it to a Genius Bar for evaluation.
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I have dropped my ex iphone xr in a case from 1.2 meters and it did not have any issue in the upcomming months. So unless anything is visibly cracked I suggest that you keep using it as you would normally do. Don't worry !
Effect of ultrasound sonication was examined on the electroplating of iridium in aqueous hexabromoiridate(III) solution. The electrodeposits were evaluated by observing the defects of the iridium deposits by means of voltammetry, in which the current-potential curves of the iridium deposits on copper were measured. Applying ultrasound sonication to the electroplating of iridium decreased the defects including the cracks in the deposit whenever the glycerol as the additives was contained or not in the electrolyte.
This research simulates the measurements of crack depth in concrete using diffuse ultrasound. The finite element method is employed to simulate the ultrasonic diffusion process around cracks with different geometrical shapes, with the goal of gaining physical insight into the data obtained from experimental measurements. The commercial finite element software Ansys is used to implement the two-dimensional concrete model. The model is validated with an analytical solution and experimental results. It is found from the simulation results that preliminary knowledge of the crack geometry is required to interpret the energy evolution curves from measurements and to correctly determine the crack depth.
The best screen protector acts as a shield for the most fragile part of your phone, keeping it scratch and crack free. If you have an iPhone, the Gorilla Glass may be tough enough to withstand drops, but you still need to buy a durable protective iPhone case to secure the back from other types of damage like dings, shock, and water.
To investigate the characteristics of the explosion damage from aneccentric decoupled charge, the rock-breaking mechanism of aneccentric decoupled charge is revealed from the perspectives of theexplosion wave field and crack field through theoretical andexperimental analyses. The ratio of the maximum to minimum pressure onan eccentric decoupled hole wall increases exponentially with anincrease in the decoupling coefficient, but it does not change with achange in the explosive density or explosive detonation velocity. Theexplosive energy on the eccentric charge side has a certainaccumulation effect, the velocity of the reflected shock wave at theblasthole wall is greater than that of the incident shock wave, andthe incident velocity of the explosion wave on the eccentric side isgreater than that on the non-eccentric side. The expansion range ofthe explosion gas is significantly better than that on thenon-eccentric side, indicating that the eccentric decoupled charge canstrengthen the action of the explosion gas product on the eccentricside. In addition, the overpressure of the explosion wave on theeccentric side is greater than that on the non-eccentric side. Thefractal dimension and damage degree of the explosion crack on theeccentric side are larger than those on the non-eccentric side. Theexplosion cracks can be divided into intensive, transition, and sparseareas, and the fractal dimension and damage degree decreasesuccessively in the three areas. The explosion cracks formed on thenon-eccentric side outside the range of three times the blastholediameter concentrate in the sparse area, and the destructive effect ofthe explosion on the non-eccentric side medium is effectivelyreduced. 2ff7e9595c