[: en] Load test made with open-air water tanks. The containment structure is formed by tubular iron of adequate resistance welded together. The load test requires a full day for preparation, a full day for filling, the third day for water discharge and a fourth day to release the test area. With this structure it is possible to reach a load of 1900 kg/m2 with water, in order to be able to carry out the test also in areas where it is not possible to access by heavy means and concrete blocks. 
[: en] Load test made with open-air water tanks. The containment structure is formed by tubular iron of adequate resistance welded together. The load test requires a full day for preparation, a full day for filling, the third day for water discharge and a fourth day to release the test area. With this structure it is possible to reach a load of 1900 kg/m2 with water, in order to be able to carry out the test also in areas where it is not possible to access by heavy means and concrete blocks. [:d E] Load test made with open-air water tanks. The containment structure is formed by tubular iron of adequate resistance welded together. The load test requires a full day for preparation, a full day for filling, the third day for water discharge and a fourth day to release the test area. With this structure it is possible to reach a load of 1900 kg/m2 with water, in order to be able to carry out the test also in areas where it is not possible to access by heavy means and concrete blocks. [: FR] Load test made with open-air water tanks. The containment structure is formed by tubular iron of adequate resistance welded together. The load test requires a full day for preparation, a full day for filling, the third day for water discharge and a fourth day to release the test area. With this structure it is possible to reach a load of 1900 kg/m2 with water, in order to be able to carry out the test also in areas where it is not possible to access by heavy means and concrete blocks. [: es] Load test made with open-air water tanks. The containment structure is formed by tubular iron of adequate resistance welded together. The load test requires a full day for preparation, a full day for filling, the third day for water discharge and a fourth day to release the test area. With this structure it is possible to reach a load of 1900 kg/m2 with water, in order to be able to carry out the test also in areas where it is not possible to access by heavy means and concrete blocks. [:]
