Bak Kong Low
Practical Probability and Reliability Methods for Civil and Environmental Engineering
Practical Probability and Reliability Methods for Civil and Environmental Engineering
💎 Earn 761 Points (£7.61) on this item.
YOU SAVE £7.68
- Condition: Brand new
- UK Delivery times: Usually arrives within 2 - 3 working days
- UK Shipping: Fee starts at £2.39. Subject to product weight & dimension
Bulk ordering. Want 15 or more copies? Get a personalised quote and bigger discounts. Learn more about bulk orders.
Couldn't load pickup availability
- More about Practical Probability and Reliability Methods for Civil and Environmental Engineering
Format: Hardback
Length: 338 pages
Publication date: 03 April 2026
Publisher: Taylor & Francis Ltd
This basic textbook lucidly sets out useful probabilistic methods and their efficient implementations across civil engineering, using Microsoft Excel's versatile constrained optimization Solver tool, with some simple VBA codes. The book's website offers Solutions, and PowerPoint slides.
Weight: 830g
Dimension: 234 x 156 (mm)
ISBN-13: 9781032956749
This item can be found in:
UK and International shipping information
UK and International shipping information
UK Delivery and returns information:
- Delivery within 2 - 3 days when ordering in the UK.
- Shipping fee for UK customers from £2.39. Fully tracked shipping service available.
- Returns policy: Return within 30 days of receipt for full refund.
International deliveries:
Shulph Ink now ships to Australia, Belgium, Canada, France, Germany, Ireland, Italy, India, Luxembourg Saudi Arabia, Singapore, Spain, Netherlands, New Zealand, United Arab Emirates, United States of America.
- Delivery times: within 5 - 10 days for international orders.
- Shipping fee: charges vary for overseas orders. Only tracked services are available for most international orders. Some countries have untracked shipping options.
- Customs charges: If ordering to addresses outside the United Kingdom, you may or may not incur additional customs and duties fees during local delivery.
