DeepRiser/Optima
DeepRiser is an integrated engineering application used extensively across the drilling industry. It has been developed specifically to optimize and streamline the design and analysis of drilling risers and top-tensioned production riser systems.
DeepRiser combines an intuitive GUI (Graphical User Interface), with powerful analytical capabilities, to provide a comprehensive engineering tool for the design and analysis of drilling and top tensioned production riser systems.
DeepRiser is an engineering tool rather than a finite element package. Models are defined in engineering terms rather than finite element terms and all data is presented in meaningful units. It features highly automated analysis capabilities with multiple load cases and automatic results generation. At its core, DeepRiser has a highly validated finite element analysis engine.
MCS Kenny has maintained a continuous update program of DeepRiser for over 10 years.
Key Features:
1, Integrated riser analysis package incorporating static, time domain dynamic, frequency domain dynamic and modal analysis capabilities
2, Highly intuitive user interface to allow for rapid data specification
3, "Project Database" structure for easy management of input data, analyses and results
4, Drilling riser drift-off and weak-point analysis capability
5, Drilling riser deployment analysis capability
6, Wake-flow interference analysis incorporating Shear 7 interface for VIV analysis
7, Time and frequency domain fatigue analysis capabilities
8, Horizontal trajectory analysis capability
9, Optional drilling riser recoil analysis capability
10, Automatic finite element model generation and component modeling
11, Automatic riser stack-up builder
12, Pipe-in-pipe modelling and multiple auxiliary line specification capabilities
13, Soil/Casing interaction
14, Automated postprocessing of design specific results
15, 3D visualisation of system behaviour
16, Based on highly validated finite element analysis engine
Design philosophy:
1, Engineering Tool rather than Finite Element Analysis package
2, Inputs in familiar engineering terms
3, Inputs & outputs in meaningful units
4, Highly automated analyses & automatic results generation
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