MOHANCAD
MOHANCAD
Improve product performance, reliability, and safety through advanced engineering simulation and analysis before manufacturing.
Engineering simulation and analysis is the process of using computer-based tools to predict how a mechanical component, product, or system will behave under real operating conditions.
It helps engineers evaluate stress, deformation, motion, temperature, and overall performance before manufacturing. This allows potential design problems to be identified early and reduces the need for costly physical prototypes.
Engineering simulation services to evaluate mechanical performance, identify potential issues, and support better design decisions before manufacturing.
Evaluate the strength and structural behavior of mechanical components under applied loads.
Identify stress concentrations and critical areas that may affect component performance.
Analyze component behavior under constant loads and operating conditions.
Study movement, velocity, acceleration and mechanical interaction between components.
Evaluate temperature distribution and thermal effects on mechanical components.
Estimate component performance under repeated loading and cyclic operating conditions.
Validate engineering designs before production and identify possible performance issues early.
Improve design performance by evaluating different design parameters and engineering conditions.
A structured engineering workflow to evaluate design performance and make informed improvements before manufacturing.
Understand the design requirements, operating conditions, loads and expected performance.
Prepare and simplify the CAD model for efficient and accurate simulation.
Define material properties, constraints, forces and operating conditions.
Perform engineering analysis to predict component behavior and performance.
Review stress, deformation and performance results to identify critical areas.
Improve the design based on simulation results and engineering recommendations.
Engineering simulation helps evaluate product performance before manufacturing. It allows potential design problems to be identified early and supports better engineering decisions throughout the design process.
By testing designs virtually, engineers can reduce development time, improve reliability, and minimize unnecessary prototype costs.
START YOUR PROJECT →Test design performance virtually before investing in physical prototypes.
Identify potential stress, deformation and performance issues before manufacturing.
Evaluate design behavior and make improvements for better product performance.
Reduce unnecessary material while maintaining required strength and performance.
Validate design performance under expected operating conditions.
Use simulation results and data to support confident design decisions.
Advanced engineering software and tools are used to create precise designs, perform detailed simulations, and analyze product performance—ensuring reliable, efficient, and manufacturing-ready solutions.
Simulation
Engineering Analysis
Design & Simulation
Technical Drawing
Advanced CAD & Engineering
Find answers to common questions about mechanical simulation, engineering analysis, and design validation.
Simulation & Analysis helps evaluate how a mechanical component, machine, or assembly will behave under real-world conditions before manufacturing. It can help identify stress, deformation, weak areas, and potential design problems.
I can provide engineering analysis such as Static Structural Analysis, Stress Analysis, Deformation Analysis, Load Analysis, and basic Thermal Analysis, depending on the project requirements.
Yes. Existing 3D CAD models can be prepared for simulation and analyzed based on the available dimensions, materials, loads, and boundary conditions.
Typically, I need the 3D CAD model, material information, applied loads or forces, supports or constraints, operating conditions, and required safety criteria.
Yes. Simulation can identify high-stress or high-deformation areas, allowing design modifications such as changing thickness, adding fillets, modifying geometry, or selecting a suitable material.
Yes. Depending on the analysis, results can include stress distribution, deformation, displacement, safety factor, and other relevant engineering results presented through suitable plots and reports.
Yes. Components such as brackets, shafts, frames, plates, supports, housings, fixtures, and machine structures can be considered for suitable simulation studies.
Simulation work can be performed using appropriate CAD/CAE tools depending on the project requirements and available model format.
No. Simulation is an engineering prediction tool and should be validated against appropriate calculations, physical testing, or real-world data whenever required.
Depending on the project, the final deliverables can include simulation results, result images or plots, key findings, design recommendations, and an engineering analysis report.
Yes. Simulation can be integrated into the design process to help evaluate a component before manufacturing and reduce the risk of potential design issues.
Yes. Based on the analysis results, I can suggest practical modifications focused on strength, stiffness, weight reduction, manufacturability, and overall design performance.
Have a mechanical design that needs validation? Get practical simulation and analysis support to evaluate performance, identify potential issues, and improve your design before moving to manufacturing.