Our engineering team has delivered hundreds of successful projects for over 100 global clients. From structural checks to complex optimizations, we provide precise solutions that ensure safety, efficiency, and compliance — on time and within budget.
Talk to Our ExpertsThorough Evaluations: Comprehensive checks for compliance with engineering standards.
Advanced Techniques: Utilizes sophisticated verification methods for accurate assessments.
Safety Assurance: Focus on ensuring structural safety and integrity.
Decision Support: Aids in making informed engineering decisions during the design process.
Simulation Over Testing: Replace costly load tests with FEA simulations for efficient certification.
Regulatory Compliance: Support for standards such as Eurocode, DNV, ABS, and more.
Documentation Preparation: Full assistance with transparent, rule-compliant calculation reports.
Shorter Timeframes: Streamlined processes to help pass certifications quickly and effectively.
Competitive Proposals: Prepare comprehensive structural verification documents for tender submissions.
Cost Optimization: Provide calculations and local modification recommendations to save costs while ensuring compliance.
Strategic Advantage: Deliver tender-ready designs that balance strength, cost, and efficiency.
Compliance Guarantee: Verify adherence to tender specifications and global standards.
Precision Analysis: Conduct detailed linear and non-linear FEA for structural strength, fatigue, welds, buckling, and stability.
Global Compliance: Ensure designs meet standards across industries like Oil & Gas, Maritime, Heavy Lifting, and more.
Transparent Reporting: Provide detailed Model Setup, Results, and Summary Reports for clear insights.
Custom Solutions: Tailored calculations to meet industry-specific project requirements.
Accurate Models: Create digital replicas of structures to simulate real-world behavior under various loads.
Lifetime Prediction: Assess structural lifespan, identify potential failures, and optimize for durability.
Early Problem Detection: Spot issues before they occur with precise digital analysis.
Industry Applications: Widely used in Civil Engineering, Offshore, Heavy Lifting, and other industries.
Web-Based FEA Tools: Perform parametric calculations, code checks, and report generation online—no software installation required.
Time-Saving Automation: Automate repetitive tasks and receive ready-to-use reports via email.
Custom Development: Tailor cloud solutions to meet specific engineering workflows and requirements.
User-Friendly: Simple step-by-step interfaces reduce training time and allow immediate use.
On-Site Measurements: Collect real-time data on dimensions, weights, frequencies, and accelerations.
Structural Assessment: Identify weak spots, verify mechanical components, and evaluate welds, bolts, and corrosion.
Problem Resolution: Conduct design checks and optimization to address issues and extend structural lifespan.
Detailed Reporting: Transparent, step-by-step inspection reports with conclusions and actionable recommendations.
Automatic Code Verification: Verify designs against standards like Eurocode, DNV, AISC, API, and more.
Custom Standards: Develop project-specific checks using tailored formulas and rules.
Accurate Assessments: Identify damage, buckling risks, weld strength, and fatigue to ensure continuous operation.
Streamlined Process: Save time and eliminate errors with automated compliance reporting.
Try our product in real time. Implement your models and test the functionality.
download the free trial versionGet a personalized consultation from our experts for a better understanding of the product and its capabilities.
Free Сonsultation
Abstract: This case study details how SDC for Femap software aided in resolving a critical crack issue in a straddle carrier’s steering pin. The original design is analyzed, followed by a reinforced design, to assess the effectiveness of the improvements in stress reduction and extended lifespan. The Challenge The client requested a comprehensive analysis to […]
Analysis of the cylinder system of grab unloader
A Nelcon 52510 ship-to-shore crane (height 70 m, weight 750 ton) had to be transported from ECT Rotterdam to TIS Terminal (“Pivdennyy” seaport). The crane overcame this distance in 20 days. The client – Kleiss Cranes Consultants – requested us to analyze the optimal conditions for the crane transportation (including Bosfor bridge passing) and docking […]
The design of a drum of a multilayer cable winch depends heavily on the maximum hoop pressure from the cable package. The DNV Rules for Certification of Lifting Appliances prescribes the hoop stress with a c-factor times the hoop pressure for single layer winches. In a 2008 revision, this factor was changed suddenly from 1.75 […]
The original specification of the straddle carrier accounted for a maximum of 630.000 load cycles which is equivalent to 52.500 operational hours. After moving more than a 1.000.000 containers a remaining fatigue life of the metal structure of the straddle carrier was advised. Because of its high center of gravity and the absence of shock […]
Static calculation, stability and buckling checks were performed to guarantee a successful transfer under high sea conditions. The structure of STS cranes (Ship To Shore cranes) can withstand high hoisting loads but for the side accelerations due to the barge motions, transport reinforcements are necessary. The relevant barge motions, accelerations, and rotations (are calculated for […]
Today, Faralda Crane Hotel is one of the most published buildings in Amsterdam and heritage in the highest rank (RCE Classification). It has been distinguished by the prestigious Pieter van Vollenhoven prize, the Annual award for high-profile and leading redevelop projects. But at the moment of renovation started, the situation was different. When SDC Verifier was […]
Precise and detailed finite element models of the grabber in closed, unequally closed and open position with different angles were built to simulate the cyclic working conditions. Based on the stress differences in different working load cycles, the fatigue life of the grab could be calculated. The detailed dimensions and improvement in the weld procedure […]
A nonlinear calculation was performed to optimize the design of a cabin structure to improve the ultimate strength.
To investigate the premature idler support failure on an existing belt conveyor system, strain gauge measurements were taken together with the construction of three FEA models. A complete FEM model of the superstructure, to check the overall frame strength and a separate bend model to check the influence of the bulk material on the dynamic […]
Detailed finite element model of the vessel with plate elements for the panels and beam elements for the stiffeners was built. Using SDC Verifier software all frames, decks and longitudinal panels of the vessel were recognized. Plate buckling check of each section according to Lloyds LAME rules was calculated with further reinforcement propositions. The total […]
Structural calculations of the new ship-to-shore crane (STS crane) design taking into account strength, stability and fatigue checks according to standards. Normally modern standards as EN 13001, EN 15011 and FEM 1.001 are used but occasionally also older standards as DIN 15018 and NEN 2018 / NEN 2019 or the NBN E 52 series are […]