Platform and Skid Design & Structural Analysis
Design Requirements Assessment
Identifying and documenting the specific requirements for the skid, including equipment specifications, load capacities, and environmental conditions.
Load Calculations
Performing detailed calculations to determine the loads and forces that the skid will need to support, including static loads, dynamic loads, and impact forces.
Material Selection
Choosing appropriate materials for the skid design based on strength, durability, corrosion resistance, and cost considerations, ensuring they meet the operational and environmental demands
Structural Design
Developing detailed structural designs for the skid, including member sizing, load distribution, and support configurations to ensure stability and performance.
Support and Foundation Analysis
Designing and analyzing the support structures and foundation elements that interface with the skid to ensure proper load transfer and stability
Stress Analysis
Conducting stress and strain analysis to evaluate how the skid will perform under various loading conditions and identifying any potential points of failure.
Documentation and Reporting
Providing comprehensive documentation, including design calculations, analysis reports, fabrication drawings, and test results, to support project approval and compliance.
Dynamic Analysis
Assessing the skid’s behavior under dynamic loads, such as vibrations or machinery movements, to ensure it can handle operational stresses without issues.
Compliance and Standards
Ensuring the design meets all relevant industry codes, standards, and regulations, including safety, structural integrity, and environmental requirements.
Fabrication and Assembly
Preparing detailed drawings and specifications for fabrication and assembly, including connection details, tolerances, and construction methods.
Risk Assessment
Identifying and mitigating potential risks associated with the skid’s design, including structural failure, load mismanagement, and environmental factors.
Load Testing
Implementing load tests to verify the skid’s performance and capacity under real-world conditions, ensuring it meets design specifications.
Installation Support
Providing guidance and oversight during the installation of the skid to ensure it is correctly assembled, aligned, and anchored according to design requirements.
Inspection and Quality Control
Performing inspections and quality control checks to verify that the skid meets design standards and specifications throughout the fabrication and installation processes.
Operational Considerations
Evaluating factors such as maintenance access, equipment integration, and operational impacts to ensure the skid supports efficient and safe machinery operation..
