The visualization systems are proved particularly useful in representing dynamic data and greatly enhance the ability to analyze drilling complexities such severe vibrations during drilling operation which have always been a challenge for the drilling industry as it is considered as the most significant factors limiting the rate of penetration. The current research is directed towards the visualization of drilling data in real time application for vibrations diagnostic and detection using surface parameters measurement while drilling and implemented real time drilling predictive models of drill string dynamics and mechanical specific energy. Several cases have been studied in Algerian exploration well in order to investigate torsional and axial vibrations mechanism, Stuck pipe, parametric variations, drilling data visualization method’s efficiency and mitigation methods. Therefore, the identification and the detection of the drilling vibration are feasible, and an early manual intervention allows vibration mitigation.

事实证明，可视化系统在表示动态数据方面特别有用，并大大提高了分析钻井复杂性的能力，例如钻井操作期间的剧烈振动，这一直是钻井行业的挑战，因为它被认为是限制钻速的最重要因素. 目前的研究旨在实时应用钻井数据的可视化，使用随钻测量的表面参数进行振动诊断和检测，并实施钻柱动力学和机械比能的实时钻井预测模型。为了研究扭转和轴向振动机制、卡套管、参数变化、钻井数据可视化方法的效率和缓解方法。因此，钻井振动的识别和检测是可行的，早期的人工干预可以减轻振动。