Table of Contents
Piping Stress Analysis Services:
KKR BOSE DESIGN SERVICES PVT LTD is a well-known leader in the world of piping stress engineering, and the solutions provided here are solutions based on real world field and design experiences. it provides useful solutions based on decades of design and field expertise.
At KKR, pipe stress analysis is our core business and our team has gained considerable project experience to provide a full spectrum of stress analysis solutions for the piping systems and flexibility analysis of piping. In order to validate the structural as well as functional capability of the process piping systems, we perform rigorous piping stress analyses. However, our main goal is to give piping engineering services maintaining a level of professionalism and accuracy achieved with the application of tools, technologies, and methodologies of the highest level.
KKR Bose Design, have effectively performed stress analyses of pipe systems of jacketed pipeline and non-jacketed pipeline for the following types of units:
Static examination
Dynamic evaluation
- Equivalent Static analysis
- Pressure loading
- Occasional loading
- Thermal loading
- Equivalent Dynamic analysis
- Modal analysis
- Harmonic analysis
- Vibration analysis
- Time–history analysis
- Water hammer analysis
- OFF-Shore platform analysis
Piping Stress Analysis:
The main-objective of the piping stress analysis is to confirm the piping elements and further to verify the attachment of piping to particular equipment’s. In piping line connected with to rotating equipments like turbine, pumps etc critical analysis has been done by us We have professionals
who have undergone through similar projects for equivalent static, seismic and wind analysis. We have a team of expertise in the CAESAR II software for further piping stress analysis which is the most recommended software for such type of analysis used industrially.
Piping Vibration Stress Analysis:
For vibration analysis, the objective is to check that the mechanical equipment do not induce any vibration on the building. We offer consultancy services on how to develop vibrations isolation systems. Some of the factors that influence the choice of vibrator isolators include; characteristics of the equipment to be isolated; operating environment; type of loading is including static loading and dynamic loading.
Vibration Isolation System Design Includes :
#Vibrations has acquired giant equipment and instruments which requires design of vibration isolators.
#All about designing of vibration isolators for equipment specially designed for various types of industries.
Tools Used for performing Piping Stress Analysis:
Ø CAESAR II: Specialized software used in the oil and gas industry for piping stress analysis with features that will allow analysis of pipe stresses and flexibility as well as support conditions for the pipes. It assists in identifying whether the organisation meets the laid down industry codes and standards.
Ø ROHR2: Offer more enhanced piping stress analysis and design with dynamic covering and compatibility with multiple CAD programs.
Ø AutoPIPE: An all in one tool that performs pipe stress analysis while also offering compliance with regional and global codes and standards. It gives better tools for modeling, analysis, as well as reporting.
Ø Spipe: Emphasises piping analysis capabilities and tools for stress analysis, flexibility and fatigue analysis and connection with other engineering applications.
Ø PIPESIM: Employed for simulation concerns the constant operation and behaviour of pipelines regarding flow assurance and optimum operation in the case of intermittent functioning.
Ø Bend Analysis Software: Some of the unique tools used to study the stress and flexibility of pipe bends including thermal expansion and pressure.
Ø StressCheck: Stress and strain analysis at an advanced level, with emphasis on piping structures.
Ø PLANT 3D: This relationship sees Autodesk’s software align with piping stress analysis tools to enable designers to have a complete solution in plant and process piping systems.
Besides the above tools, there are some more tools which can be used for piping stress analysis such as NASTRAN ANSYS CFX, FEMAP, FDS, OPEN CASCADE, ANSYS FLUENT etc. They assist the engineers in determining mechanical fitness of piping systems concerning their operational load-bearing capability and design and safety specifications
Why Choose KKR Bose Design for Piping Stress Analysis?
- Broad expertise: Company specialising in piping stress analysis has a great deal of field and design experience so client can be sure that firm has good understanding of what are the best practices and what difficulties will be met on the field
- All-inclusive Services: They offer an extensive list of stress analysis solutions that seek to address structural and functional performance issues. These services are offered in the form of detailed assessment for piping system and flexibility analysis among others
- Expert Team: Their team is consisted of very experienced professional who have lots of knowledge about pipe stress analysis. All through the project they will give credible and expert consultation.
- Advanced Tools & technology: As a result, KKR Bose Design employs the best tools and technology to guarantee that they deliver quality results.
- Tailored Solutions: They progress by adapting themselves to those certain challenges and constraints, providing contracts that suit project requirements.
- Commitment to Quality: Further, KKR Bose Design operates with the mission to deliver exceptional services and guarantee that all the analyses follow the codes and standards.
- Client-Centric Approach: They also care for their clients and ensure they work together with the clients in order to come up with the results of the analysis and recommendation that can be used and implemented.
It becomes taking advantage of their experience, equipment as well as commitment when hiring KKR Bose Design for piping stress analysis services.
Piping Stress Analysis Service
Pipe Stress Analysis of Melt Transfer Jacketed Piping System using CAESAR II
CHALLENGE
The client required a comprehensive pipe stress analysis for a high-temperature Melt Transfer Jacketed Piping System to ensure safe operation under thermal expansion, pressure, weight, wind, and seismic loading conditions. The system included booster pumps, polymer coolers, 6-way valves, and multiple spin beam connections. The primary objective was to validate piping flexibility, support configuration, equipment nozzle loads, and compliance with ASME B31.3 while minimizing excessive stresses and ensuring long-term operational reliability.
SOLUTION
KKR Bose Design Services performed a complete pipe stress analysis using Hexagon CAESAR II, covering:
- Pipe Stress Analysis as per ASME B31.3
- Thermal Expansion & Flexibility Assessment
- Sustained, Expansion & Occasional Stress Evaluation
- Wind & Seismic Load Analysis
- Equipment Nozzle Load Verification
- Pipe Support & Spring Hanger Optimization
- Stress Isometric Preparation & Engineering Recommendations
Our engineering team developed a detailed CAESAR II model of the complete melt transfer piping system and evaluated all critical load cases, including operating, sustained, hydrotest, wind, seismic, and thermal expansion conditions. Equipment nozzle loads for booster pumps and polymer coolers were verified, pipe supports were optimized, and stress isometrics were generated to ensure a safe, code-compliant, and reliable piping system.
RESULT
- ASME B31.3 Compliance Successfully Verified
- Thermal Expansion & Pipe Flexibility Validated
- Equipment Nozzle Loads Confirmed Within Allowable Limits
- Wind, Seismic & Operating Load Cases Successfully Evaluated
- Pipe Support & Spring Hanger Locations Optimized
- Stress Isometrics & Engineering Recommendations Delivered
CLIENT FEEDBACK
KKR Bose Design Services delivered a detailed and technically robust pipe stress analysis for our melt transfer system. Their expertise in CAESAR II modeling, nozzle load evaluation, and stress optimization helped us validate the piping design, improve support arrangements, and ensure reliable operation under all design conditions.