Design requirements for offshore structures are quite different from traditional structures due to their subjection to environmental loading like waves, currents and wind. *Computational Solution* provides you with a wide range of simulations that can analyze the loading conditions and responses across a board rang of applications. The simulation could vary based on environmental conditions that is required for specific application ranging from simplified model to complicated simulation which consider all aspects of fluid loading environment.

Vibration could lead a shorter lifecycle due to its great effects on durability and fatigue. Vibration is the result of poor design or inconvenient environment in which the product is operating. Analyzing your design responses to vibration from some sources like earthquake, transport, acoustic and harmonic loads is our specialty. *Computational Solution* provides you perfect understanding of the effect of vibration on your design and help you to overcome your vibration challenges.

Nowadays thermal management of structures by considering their optimized design is a challenge for engineers. Conventional heat transfer modes (Convection, Conduction and Radiation) are obvious, but there are some other heat sources like thermal energy from friction or flow which need more specialties in its simulation. *Computational Solutions* offers accurate thermal simulation for your design in different services.

*Computational solution* open source codes could verify your products viability and safety by simulating loads which your design will experience in different services. Understanding the strength of designs is a key factor in determining the performance, lifecycle and failure modes of products. Pressure conditions, mechanical loading, thermal stress, bolt tension and rotational acceleration are some of examples which affect design requirements.

Analyzing mechanical systems including complex assemblies consist of interconnected parts undergoing rotational and transitional motions is our expertise. Landing gear systems in aircraft, piston and crankshaft are examples in this field. Assuming fully flexible part in this simulation made it so expensive, while *Computational Solution* offers you a faster, cheaper, more efficient and robust analysis assuming rigid body dynamics.

*Computational solution* provides you with the chance to optimize your designs. We could analyze variable design parameters, loading, environmental conditions and manufacturing methods to offer you most optimized design.

*Computational Solution* could analyze Impact between two or more bodies including the calculation of their forces and resultant deformation or damage. We could simulate bodies in three different categories including mechanical, explicit dynamics and rigid body dynamics.

Fatigue analysis as a knowledge to predict product durability is one of the *Computational Solution* specialties. Producing durable products to reduce cost and increase efficiency is as an ideal for every engineer. Unexpected failures will be avoidable due to understanding of design behavior under load cycles over time.

Nowadays composite materials are so attractive in many industries ranging from automotive, aerospace, bicycle frames and musical instruments due to its efficient performance. However, their accurate simulation is a challenge for engineers because of composite complex nature. Composite simulation in different applications is our company expertise.