Off Highway

Engineering Strength and Performance for Every Terrain

We partner with off-highway equipment makers to enhance performance and durability in extreme environments. Simulation-driven design ensures strength, safety, and reliability for construction, mining, and agricultural machinery.

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Core Ansys Solutions for Off - Highway

Off-highway vehicles face extreme challenges that require robust engineering and high-performance simulations. Ansys tools enable you to optimize every aspect of vehicle design, from the powertrain to the chassis, ensuring optimal performance, safety, and longevity

Structural Analysis: Ensure vehicle components withstand heavy-duty loads, shocks, and vibrations. Simulate fatigue, stress, and failure to guarantee the durability of structures like frames, axles, and suspension systems.

Thermal Management: Design efficient cooling systems to manage heat in engines, transmission systems, and hydraulics under intense operational conditions.

Multiphysics Simulation: Integrate mechanical, thermal, and fluid simulations to optimize the performance of powertrains, exhaust systems, and hydraulics, ensuring maximum power efficiency and minimal downtime.

Noise, Vibration, & Harshness (NVH): Analyze and optimize noise, vibration, and harshness (NVH) performance, ensuring vehicles operate smoothly in challenging environments.

Materials & Sustainability: Select durable, sustainable materials that enhance performance while meeting environmental regulations.

Design Consultancy Capabilities

Powertrain Optimization: Design high-performance engines and drivetrains that ensure energy efficiency and operational reliability.

Vehicle Dynamics & Control: Optimize vehicle handling, stability, and control systems for both on-road and off-road use.

Durability & Reliability Testing: Simulate real-world conditions to predict long-term durability and reduce the need for costly physical prototypes.

Area of Service

Construction Equipment: Optimize excavators, bulldozers, cranes, and other heavy machinery for durability, safety, and productivity in challenging environments.

Agricultural Machinery: Enhance the performance, fuel efficiency, and reliability of tractors, harvesters, and irrigation systems for efficient, sustainable farming.

Mining Equipment: Improve the reliability and operational efficiency of mining trucks, excavators, and drilling equipment working in extreme conditions.

Forestry Equipment: Design logging and forestry machinery that can endure tough terrain while minimizing environmental impact.

Our Valued Clients & Collaborators

Engineering teams and organizations that have partnered with SolidTrust for software solutions and advanced simulation support.

Relevant FAQs

Can I analyze chassis strength and frame fatigue for heavy vehicles? +

Yes, Ansys Mechanical evaluates structural rigidity, stress hotspots, and fatigue under extreme loading.

Can suspension and axle systems be simulated for off-road conditions? +

Yes, multibody dynamics and nonlinear FEA predict ride comfort, stability, and impact resistance.

Can Ansys model fluid power systems like hydraulics and pneumatics? +

Yes, Fluent and System Coupling simulate pressure flow, cavitation, and valve performance precisely.

Can thermal management of engines and braking systems be optimized? +

Yes, CFD and thermal analyses evaluate heat dissipation, airflow, and cooling efficiency.

Can Ansys simulate soil–tire interaction for traction studies? +

Yes, advanced contact and material models capture terrain deformation and tire performance.

Can vibration and shock loads be assessed for reliability? +

Yes, random vibration, modal, and harmonic analyses ensure structural and component durability.

Can rollover and crash safety of construction machinery be analyzed? +

Yes, explicit dynamics simulations predict impact forces and operator cabin protection.

Can Ansys optimize welded joints and bolted assemblies in frames? +

Yes, fatigue and stress-life analysis improve durability and reduce failure risks.

Can aerodynamics of large vehicles be simulated to reduce drag? +

Yes, Fluent analyzes airflow, drag forces, and thermal loading for performance optimization.

Can Ansys support design of electric and hybrid off-highway vehicles? +

Yes, it enables battery thermal management, motor simulation, and powertrain efficiency studies.

Conquer every terrain with confidence.

Design durable, high-performance equipment using Ansys tools and expert simulation consultancy from SolidTrust Technologies.

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