Structural Weight Reduction
Minimize material usage while satisfying engineering and safety constraints.
SmartDO Structural Optimization
Reduce structural weight without compromising performance.
SmartDO helps engineers create lighter, stronger and more efficient products by combining CAE-driven optimization with practical engineering constraints and real-world design requirements.
Physics-Driven Optimization
Weight and Cost Reduction
Multi-Industry Applications
Structural Optimization Dashboard
-32%
Weight
1.8×
Stiffness
100%
Constraints Met
Decades of Lightweight Design Experience
Built on practical optimization experience since 1992.
The application of SmartDO in lightweight structural design can be traced back to 1992. Through decades of practical application in structural weight reduction, SmartDO and FEA-Opt Technology have developed deep expertise in engineering optimization.
SmartDO is applied to complex industrial design problems where reducing weight must be balanced against strength, stiffness, displacement, fatigue life, vibration, thermal performance, manufacturability and product cost.
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Beginning of SmartDO lightweight structure applications
Since its early structural optimization applications, SmartDO has evolved into a powerful platform for solving practical, constrained and multidisciplinary engineering design problems.
Optimization Capabilities
More than weight reduction.
SmartDO helps engineers achieve the best possible balance between performance, material usage, durability, manufacturing feasibility and cost.
Strength Optimization
Control stress, strain and failure risk while improving structural efficiency.
Stiffness Improvement
Reduce excessive deformation and improve load-carrying performance.
Fatigue Life Enhancement
Improve durability by reducing critical cyclic stress and weak structural regions.
Vibration Control
Optimize natural frequency, dynamic response and resonance behaviour.
Thermal Optimization
Balance structural and thermal requirements in coupled engineering applications.
Cost Reduction
Reduce material, tooling and manufacturing costs through better design decisions.
Design Space Exploration
Evaluate multiple design possibilities automatically and identify better solutions.
Industrial Applications
Lightweight optimization across nearly every engineering sector.
SmartDO is used in a wide range of industries where reduced weight, improved performance and efficient material usage are essential.
Aerospace
Lightweight components, brackets, airframe structures and mission-critical parts.
Machinery
Machine structures, moving components, frames, fixtures and lifting systems.
Electronics
Enclosures, frames, supports, cooling structures and compact assemblies.
Sporting Goods
Lightweight, high-performance products with improved strength and ergonomics.
Consumer Electronics
Computers, communication devices and consumer electronics requiring compact design.
Biomedical
Medical devices, implants, support structures and customized healthcare products.
Civil Construction
Structural systems, roof designs, load-bearing members and infrastructure components.
Defense
Armoured systems, transport structures, lifting parts and mission-critical equipment.
Consumer Products
Optimized housings, mechanisms and everyday products with improved material efficiency.
Automotive
Suspension parts, brackets, body structures and lightweight vehicle components.
Energy & Nuclear
Heavy-duty lifting components, thermal systems and critical engineered structures.
Industrial Products
Special-purpose components designed for strength, durability and manufacturing efficiency.
SmartDO Optimization Workflow
A structured path from baseline design to optimized product.
The workflow connects CAE simulation, design variables, constraints and objective functions to automatically identify improved designs.
01
Define Baseline
Understand current geometry, loading and performance.
02
Select Variables
Choose dimensions, shapes, materials or process inputs.
03
Set Objectives
Minimize weight, cost, stress or displacement.
04
Apply Constraints
Control strength, frequency, fatigue and manufacturability.
05
Run Optimization
Automatically explore the engineering design space.
06
Validate Result
Confirm performance and prepare the final design.
Why Optimization Matters
Move beyond trial-and-error engineering.
Traditional Design Approach
- Manual design modifications
- Limited number of evaluated concepts
- Heavy dependence on engineering intuition
- Repeated simulation and redesign cycles
- Higher risk of over-designed structures
SmartDO Optimization Approach
- Automated exploration of design alternatives
- Objectives and constraints evaluated together
- CAE results directly guide design decisions
- Faster identification of high-performance solutions
- Reduced weight, cost and engineering time
Engineering Benefits
Develop lighter products with greater confidence.
Lower Material Usage
Use material only where it contributes to structural performance.
Improved Product Performance
Balance strength, stiffness, durability and dynamic behaviour.
Shorter Development Cycles
Reduce repeated manual simulation and design iterations.
Better Engineering Decisions
Make design choices based on numerical optimization and CAE results.
Optimize Your Product With SmartDO
Ready to reduce weight and improve structural performance?
Rheologist Gaze & Solutions can support your organization with SmartDO software, design optimization consultancy, CAE integration, training and application development.
Discuss Your Optimization Project →