Mechanical Engineering for Railroad Equipment, Machinery & Infrastructure
Railroads depend upon machines operating under some of the harshest conditions found in transportation. Locomotives, passenger cars, boilers, machinery, and specialized railroad equipment are subjected to enormous mechanical loads, thermal stresses, vibration, fatigue, and environmental exposure. Designing, repairing, and improving these systems requires engineering solutions that are both technically sound and practical to implement.
FMW Solutions provides mechanical engineering services rooted in real-world railroad experience. Our engineers work closely with shop personnel, operators, fabricators, and management teams to develop solutions that can be built, maintained, and successfully operated in the field. Our designers seek to find an appropriate balance between performance and cost to suit the goals of each client. The resulting solutions may employ fabrication techniques ranging from welding to conventional machining to CNC machining and even 3D metal printing.
Our commitment to safety is reflected in our participation in various standards development committees with organizations such as AAR, ASME, ASTM, CSA, and NBIC. Design efforts also include industry-standard tools like Failure Modes & Effects Analysis (FMEA) as appropriate to minimize safety issues before metal is even cut.
Services include:
- Mechanical system design, from individual components to complete locomotives and passenger or freight cars
- Stress analysis using classical engineering methods and Finite Element Analysis (FEA)
- Failure analysis and root cause investigations
- Reverse engineering of obsolete or undocumented components
- Repair design and development
- Design validation and verification
- Fatigue analysis and service life evaluation
- Equipment modernization and upgrade engineering
- CAD design and product development
- Open-load tie-down calculations
- Regulatory compliance, including FRA concurrence support
FMW utilizes SolidWorks® and modern engineering tools to develop detailed three-dimensional models, fabrication drawings, assemblies, and manufacturing documentation.