Automotive

The current state of the automotive industry in the world shows that long-term contracts have increased. The number of manufacturers has declined, and in the future of the automotive industry, the company will only be able to market its own one where they compete for a base on quality, engineering abilities, and delivery in time.

Today, advanced countries have the industry, technology, and market manufacturing because of high value-added in the automotive industry and leave low value-added industries to less developed countries.

The automotive industry as a pioneer industry can contribute significantly through the creation of scientific and technological capabilities to Iran’s access to the top economy of the South Asian region. To achieve this, it has to convert the country into a production base and car assemblies with a valid trademark as well as the center of the design, testing, and engineering services in the region.

The first stage for producing global-level parts is the detailed design and conformity to the standards of the world. One of the tools available to engineers in the automotive industry is to use numerical simulation to design, manufacture, and deploy parts.

By using the numerical simulation, the behavior of the structure before construction will be predictable, and in case of the need for modification and changes in the same design, the stage can be done. Nowadays, a wide range of phenomena, engineering, and physical problems can be investigated using numerical simulation.

Some of the advantages of numerical simulations are mentioned below:

Decrease the design time
Reduce costs associated with building models
Modify and improve the project before construction
Accelerated product construction
Product optimization
Checking the model in different loading conditions
Identifying and detecting flaws of design
Increased safety, quality, and reliability
The simulation of creative ideas

According to Fortune magazine, most successful companies in the world use virtual simulations to compete with other firms.

The use of powerful engineering software enables industries to test various design scenarios in different situations with a large rate of speed and choose the best options, which ultimately leads to the optimized product at a low time and cost.

All of these advantages have led to the importance of simulating parts and processes in engineering software more predefined.

In this regard, the BanuMusa is prepared to offer the following services to the automotive industry:

Optimization and weight loss

Optimization and Weight Reduction

Topology optimization
Car Wheel Bearings
Injector
Rivet
Aluminum rings
Mudguard
Rack Control Engine
PAS Pump

Safety and accident

Airbag
roof impact
Direct accident
Dummy modeling

Safety and accident

Vibrations and noise

Wave propagation of motor vehicle hoods
Diesel engine
Anti-lock brake system
Whistling brake
Tire vibration
Full Car Review
NVH Engine Analysis
Air pollution reduction system
Acoustic Pressure Propagation
vibration
Bush
Dust Collector

Vibrations and noise

Car dynamics

Simulation of valve movements
Motor vehicle engine
Suspension
Bucket Wheel

Reliability and fatigue

Simulation of crankshaft Movements
Gear
Brake disc

Aerodynamics and computational fluid dynamics

wind tunnel
Air suction system
The blower
Revised exhaust gas

Aerodynamics and computational fluid dynamics

Heat transfer and passenger comfort

Body heat transfer with the environment
Coolers
Cylinder bush and diesel piston
Diesel piston
Engine block
Air conditioning and heating
Brake cooling
Piston rings
Comfort inside the car (cabin)
Cylinder bush
Carter
Cylinder body
Cylinder head
Manifold exhaust pipe
Connecting Rod

Multi-fuzzy

choke
Mechatronic direct current actuators
Simulation of Electromagnetic Distribution Pattern
Thermostat
Pump
Compressor vehicle
Muffler
Fuse

Car dynamics

Design and construction

Forming deep drawing
Forging
Rolling
Metal forming
Hazard lighting
Ring rollingHeat transfer and passenger comfort
Controller’s arm

Structures and materials

Bulldozer
Composite Linchpin
Drilling tools
Gearbox block
Trailer chassis
Gasket
Crankshaft
Lift and load handling system
Turning valve
Steering wheel
Door
Bicycle block

Multi-fuzzy

To design and simulate different parts and processes, many engineering software is available that the engineers of the Biomedical Research Group are capable of working with. Some of the most important of these are listed below: