英国大学论文代写：增加混凝土的强度
英国大学论文代写：增加混凝土的强度
为了使这种形式的材料使用更加坚固和耐用，混凝土也用钢筋加固，使混凝土的强度变得更高。这些保险柜的定制订单通常是由客户定制的。传统上使用的材料与建筑工程中使用的材料没有什么不同。它有巨大的厚度，这是它的一个特点，就强度而言。这种形式的加固建筑材料传统上用于拱顶建设。这种建筑形式更适合作为保险箱使用，在20世纪早期，大约18英寸(45.72厘米)厚。虽然这种材料被使用的职业是轻松可得的和似乎没有需要特殊砌筑工作至少在早期,缺点是很沉重的,因此很难改变或移动等人与他们的保险箱。其次，使用的传统共混物也被认为是可破坏的。在当今时代，由于这些问题以及对保险柜的要求发生了变化，所使用的材料形式也发生了变化。
许多现代建筑实际上需要更小的建筑，因此更容易建造不同形式的加固。例如，目前使用的是模块化混凝土面板。这些现代混凝土面板是由混凝土与一些填料添加剂的特殊适当混合而成。这种结构形式使安全墙更具抵抗性和耐用性。添加剂和适当的混合物的使用也会增加强度。该混凝土已设计成最大抗压强度。这种材料的面板虽然只有3英寸(7.62厘米)厚，但其强度可能是18英寸(45.72厘米)普通配方水泥面板的10倍。这里必须使用正确的PSI。PSI比值决定了混凝土的强度。一些不同的PSI应用是在正常施工环境中使用的也适用于这里的是3000 3500 PSI等等。
英国大学论文代写：增加混凝土的强度
In order to make this form of material usage more sturdy and durable, the concrete is also reinforced with steel rods which enable the strength of concrete to become even higher. Custom order construction of these safes are usually done. The material used conventionally is not different from that of the one used in the construction works. It has immense thickness and this is one of its characteristics with respect to strength. This form of a reinforced construction material was traditionally applied for vault constructions. This form of construction was better for use as safes, and in the early part of the 20th century was anywhere from around 18 in (45.72 cm) thick. While the pro of this material being used is that it is easily acquirable and did not appear to require special masonry work at least in earlier times, the con was that it was quite heavy and hence was difficult to remodel or move around as people would like to do with their safes. Secondly, the traditional blends that were used were also deemed destructible.In more current times, the form of material used have changed because of these issues and also because of how the requirement for safes have changed.
Much of the modern day constructions are actually requiring a much smaller build and hence it becomes easier to construct different forms of reinforcement. For instance, modular concrete panels are used in the current times. These modern concrete panels are constructed out of special propriety blend of concrete with some filler additives. This form of construction renders the safe walls more resistance and durable. The use of additives and propriety blend results in additional strength as well. The concrete has been engineered for maximum crush resistance. A panel of this material, though only 3 in (7.62 cm) thick, may be up to 10 times as strong as an 18 in-thick (45.72-cm) panel of regular formula cement. The correct PSI has to be used here. PSI ratio is what decides the strength of concrete. Some of the different PSI applications that are used in the context of normal construction which would also be applicable here are the 3,000 3,500 PSI etc.
