Issuu on Google+

NUO MAN | PORTFOLIO

IOWA STATE UNIVERSITY, LANDSCAPE ARCHITECTURE AND SUSTAINABLE ENVIRONMENTS Mailbox: 2613 Bristol Dr 109, Ames, Iowa, 50010 E-mail: mnuo@iastate.edu Tel: 515-708-3112

1


Table of Content

01 Artificial Retention Pond Concept Design

Site Location: Hohhot City, Inner Mongolia, China By Nuo Man

02

With the Surroundings Chicago Lakeside Concept Design Site Location: Chicago, Illinois By Nuo Man

03 Alternative Futures for Recreation in River Valley Park Site Location: River Valley Park, Ames, Iowa. By Nuo Man

04 Campus Garage Green Roof Design

Site Location: Campus Garage, Ames Iowa Group Project By: Anh Lee, Nuo Man, Jiahuan Cai

05 Wood Bench Design

Group Project By: Nuo Man & Fang Zhou

3


1.

2.

Site Analysis

01 Artificial Retention Pond Concept Design

G Anim decayi

Sustainable Envrionments Design Studio Capstone Project Site Location: Hohhot City, Inner Mongolia, China. Inner Mongolia University Campus Artificial Retention Pond

Mixed use 67% High-density residential

Issue

12

In total 12 similar artificial pond in Hohhot City 14% Commercial

In China arid region, the traditional artificial retention pond design gradually brings environmental issues and economic burden to local residents due to its backward design practice. The purpose of this design proposal on artificial retention pond design is to explore alternative design for China arid regions. Question the applicability of traditional design in arid climatic and environmental conditions. The site is concentrated on Inner Mongolia University Campus retention pond. Inner Mongolia, Hohhot City Site condition in city scale

Conta BOD, Ammoni Heavy metal: P


1: Pollution -Green Space Fertilizer: Nitrate & Phosphorus COD (Chemical oxygen demand)

Green Spacemal waste and ing vegetation

amination: ia Nitrogen Zn, Cr, Cd, Petroleum

-Residential Heavy Metal (rooftop) Mitrate & Phosphorus Suspended Solids COD -Residential -Commercial Cooking Waste Oil Suspended Solids

Green Space-

-Parking Lots Heavy Metal Motor Oil

3.

Issue 2: Water Energy Waste Water Volume: 13,426,000 cuft. Each Year Lost: 558,785 cuft.

=

Types of Contamination Rain Water Annual Evaporation: 150,000 cuft. 517,685 cuft.

Current Solution: Replenish Fresh Water Annual: 400,000 cuft.

Total Water Volume: 3,426,000 cuft

Elevation and Flow +

Annual Leakage: 41,100 cuft

400,000 cuft Water Could Support 150 People a Year Hohhot City Sits in Water Shortage Area Everage fresh water resources per people is 1/4 of world average.

Land Use 10% Dining

33% Open spaces

27% Residential 15% Parking

5


4.

01 Artificial Retention Pond Concept Design

University Campus Pond Design Strategy Annual rain water lost from rooftop: 837,000 cuft.

Before

Site Location: Hohhot City, Inner Mongolia, China By Nuo Man

Lake area: 137,000 sqft.

In terms of the proposed design, In order to maintain a healthy water body, to use different design strategies to create a ‘live’ waterscape in needed. Multiple biopurification layers are applied around water body, which becomes a filter barrier. At the mean time create open public spaces also could be seen as an education site. Contaminants are carried by runoff and flow into the lake. Surface Runoff

Typology

Pond area: break one into 3 bio-purification pond, each one is 1/10 of originoal one.

After Collecting roof top rain water

Planting buffer Underground cistern Support nearby residential toilet flush Green space irrigation

Surface Runoff

Typology


5.

University Campus Pond Design Before and After

Before

After

7


6.

Energy Efficient Design


9


01 Artificial Retention Pond Concept Design

Site Location: Hohhot City, Inner Mongolia, China By Nuo Man The new retention pond design is dealing with multiple problems exist in the old design. After applying the new design, the new retention pond could be seen as a soft infrastructure, which provides health social space, water energy saving, and economic friendly design. In a long-term perspective, the small pattern could affect future city development, which introduced a new design thinking to future city planning.

View Point

View Point

7.

University Campus Pond Design Perspective


11


1.

Site Analysis

With the Surroundings Chicago Lakeside Concept Design

Park Metro Station

Landscape Architecture Design Studio Projects Site Location: Chicago, Illinois Hospital

Metro Line

The site is the original U.S. Steel’s South Works Mill site located 10 miles south of the downtown Chicago Loop. For over 100 years, the steel mill supplied the structural steel that helped build Chicago’s iconic skyline. The site is

Churches

Park

bounded by 79th Street on the north, the Calumet River

Metro Station

on the south, Burley and Green Bay Avenue on the west

Park

Lake Shore Drive

02

11.6 miles to Chicago Loop Area

and lake Michigan on the east.

Chicago Loop Area Metro Station

College Site Location

Park Park

Library

Hospital

Post Office

Churches Art Center

Metro Fire Station Station


Existing Condition: Existing Neighborhoods:

Look to north Chicago Loop Area

Parks While South Chicago has a sizable African American population, existing ethnic groups continue to have strong community ties in the area.

Design Site ke

La

ve Dri re

21.7% Hispanic 1.92% White 74.7% Black

o Sh

Park

Potential Opportunity:

m

ke

La

N e D w ev el op

Concrete Slab Wall

ve Dri re

o Sh

en t

Create Connection with Existing Neighborhoods: Park Enhancement New Development

13


2. With the Surroundings Chicago Lakeside Concept Design Landscape Architecture Design Studio Projects Site Location: Chicago, Illinois

The more convoluted the shape of a patch, the more interation, whether positive or negative, there is between the patch and the surrounding matrix.

Lake Shore Drive

Design Concept: Interaction with surroundings

Metro Line

02

Design Proposal

Metro Station

The strategy with the proposed development and a selling point is the concept of interaction with surroundings. The proposed master plan outlines a very general land use pattern in order to remain flexible to the neighborhood, city, and regional industry market. The fundamental infrastructure (roads, electricity, and other energy systems) has already begun construction and one of the project goals is to engage with the adjacent neighborhood and incorporate the surrounding context.

Metro Station


Zoning: Public Park Commercial zone Before Less interaction

After More interaction

High density residential Community corridor Community centers

Surface flow: Man-made creek On site surface runoff Runoff to Michigan Lake

Interactions: Interaction with adjacent neighborhood On site interaction 15


3.

02

With the Surroundings Chicago Lakeside Concept Design Lnadscape Architecture Design Studio Projects Site Location: Chicago, Illinois

Commercial zone

Commercial Hub

Section Perspective

Mi •o •r •s


ixed-Use Buildings office retail service

17


4.

02

Section Perspective

With the Surroundings Chicago Lakeside Concept Design Lnadscape Architecture Design Studio Projects Site Location: Chicago, Illinois

High density residential Community corridor

Community Corridor

Mixed-use Buildings • High & Low Density Residential • Small Retail & Offices


Mixed-use Buildings • High & Low Density Residential • Small Retail & Offices

19


1.

Site Analysis

Site C on

2.

on

di ti

s

n

k ver Ri

Landscape Architecture Design Studio Projects Site Location: River Valley Park, Ames, Iowa.

u Sk

03

Alternative Futures Recreation in River Valley Park

S o ut h

13th Street

River Valley Park Low Density Neighborhood

The site is the River Valley Park located in East Ames. The

Farm Land

original park has five baseball fields and sits in Skunk

Scale in Feet 0

River floodway. The purpose of this project is to deal with the 20-year flood on site and propose new recreational programs for the site.

Flood I nun

500

1000

2000

4000

n io

da t

Ma

u Sk

p

S o ut h

n

k

Flood Way

ver Ri

13th Street

Flood Stage: 16.3 ft.

Potent i

25 ft.

al O pp n tu or

u Sk

s itie

S o ut h

n

k ver Ri

13th Street

Ground Could be Modified Lower ground Higher ground Ground flow

Desig


gn Proposal

Zo ni ng

Water Activity Fishing Kayaking

u Sk

S o ut h

Community Park

n

Picnic Playground Dog Park

k ver Ri

13th Street

B’

A

A’

Sports

Ball Fields Jogging Biking

Flood I

nu

B

nd a

tio nM

u Sk

ap

S o ut h

n

Elevation:16.3ft.

k ver Ri

13th Street

Nonflood Season

10 Year Flood Elevation:19ft.

20 Year Flood

Elevation:22-23ft.

Cir cu la

Dog park

2

Shallow water playground

3

Mound playground

4

Sitting

5

Picnic area

6

Fishing area

7

Parking & public facility

8

Kayaking access point

tio

1

n

u Sk

S o ut h

n

k ver Ri

13th Street

Existing Path Proposed Path Proposed Traffic Road

21


4.

03

Alternative Futures Recreation in River Valley Park Landscape Architecture Design Studio Projects Site Location: River Valley Park, Ames, Iowa.

Inundation Zone

Nonflood Season Elevation:16.3ft.

Design Concept: Based on site topography, introduce large water body into the site in order to reduce 20-year flood pressure. New water body create wide open water access, which assigned to different water recreational program. Well organized new circulation create a holistic park for this area. Remove existing ball fields, create new landform playground as the landmark for the City of Ames.

10 Year Flood Elevation:19ft.

20 Year Flood Elevation:22-23ft.


5.

Free Hand Drawing Perspectives

Dog park at community park zone.

Kayak access point at water access zone.

Bike path at sports zone.

Shallow water playground at community park zone.

Bike path at South sports zone. Fishing access point at water access zone.

23


04 Campus Garage Green Roof Design

Landscape Architecture, Landscape Structures Projects Site Location: Campus Garage, Ames Iowa Group Project By: Anh Lee, Nuo Man, Jiahuan Cai

1.

Site Plan: Scale: 1”=20’

This project incorporates what we learned about green roof technology and green infrastructure through classroom activities, interactions, projects and lectures that will lead to group participation in the construction of an actual working green roof design drawing set.

Campus Garage Bilding, pitched roof top.

Runoff direction Roof top area

2.

Detail Design


n Drawing

25


04 Campus Garage Green Roof Design

Landscape Architecture, Landscape Structures Projects Site Location: Campus Garage, Ames Iowa Group Project By: Anh Lee, Nuo Man, Jiahuan Cai Our proposed green roof incorporate an understanding of the pitched roof style and accommodate all mechanical units on the roof.

3.

Runoff Collection System

4.


Structure Detail

27


05 Wood Bench Design

1.

2

Working Process and Shop Drawing 7 1/2''

12''

7 1/2''

80% recycle wood. Through several times modification,

12''

3''

1 1/2''

The project is required to design a wood bench by using

16''

3/4''

Landscape Architecture Design Studio Projects Group Project By: Nuo Man & Fang Zhou

15'' 53'' 17 1/2''

3''

26 1/2''

finally, comes up this back-to-back wood bench.

4''

4''

1 1/2''

3/4''

4''

4''

4 1/2''

SIDE ELEVATION SCALE: 3'' = 1'-0''

4 1/2''

4 1/2''

4 1/2''

1


2.

Final Outcome

29


Portfolio 2017 Jan