Noel Clarke writes, directs and stars in this hard-hitting British drama sequel. Still struggling to come to terms with the events that saw him jailed for murder, Sam Peel (Clarke) again finds himself the target of local youths looking to get even. After realising he must face his tormentors head-on if he is to move on with his life, Peel seeks help from old friends in an attempt to finally break free from a chequered past that continues to haunt him.

Unconventional urban drama written and directed by Sally El Hosaini. Rashid (James Floyd) wants more for his younger brother, Mo (Fady Elsayed), than the life Rashid has furnished himself on the gangland streets of Hackney. Although heavily involved with a local gang, Rashid saves the money he gains by selling drugs as a way of hopefully putting Mo through college. However, Mo admires his older brother and wants to follow in his footsteps; but when he becomes involved with the gang himself, Mo becomes victim to a mugging as a result. Throughout the film, the two brothers are forced to confront their respective identites while struggling to survive on the streets of London.

Technical demands for magnesium alloys are sufficient room, and elevated temperature mechanical properties, as well as corrosion resistance according to desired application. A new class of magnesium alloys based on the Mg-Sn system has been studied with many ternary alloying elements with emphasis on the Mg-Sn-Ca system due to their attractive property profile especially concerning creep resistance. This research work investigates the effect of 3 wt.% Al additions on two selected Mg- Sn-Ca alloys namely the Mg-3Sn-2Ca (TX32) alloy, and the Mg-9Sn-1Ca (TX91)alloy at different temper conditions, with the aim of improving room temperature mechanical properties, and corrosion resistance. A comparison of experimental results for the new Mg-Sn-Al-Ca (TAX) alloys, with their base Mg-Sn-Ca (TX) alloys, is performed, and explicitly discussed. The results showed enhanced hardening response in some of the alloys while the corrosion resistance deteriorated significantly. Al additions were found to have a favorable effect on strength of Mg-Sn-Ca(TX) alloys while they caused rapid decrease in their corrosion resistance.

This research investigation aims to develop the understanding necessary to overcome the obstacles in the deformation & forming characteristics of wrought magnesium alloys. This has become of primary important during hot rolling where several deformation related problems such as the limited strain per pass and the required reduction schedules leading to an increase in the required number of passes to achieve the final thickness. The application of the model should be very useful in the real industrial environment of wrought AZ31 hot rolling processes. The main objective of the project is to provide industrially relevant advises to the manufacturers to optimize their process parameters and increase their wrought alloys use in sheet products, automotive structural components and other structural applications.